OHS/Physio – Force and Torque Testing Instruments | S. I. Instruments https://www.si-instruments.com.au Suppliers of force gauges, torque gauges, tension & compression testers, test stands, tensile testers, cap torque testers, torque transducers. Thu, 20 Aug 2026 00:02:23 +0000 en-AU hourly 1 https://wordpress.org/?v=7.1 https://www.si-instruments.com.au/wp-content/uploads/2025/02/favicon.png OHS/Physio – Force and Torque Testing Instruments | S. I. Instruments https://www.si-instruments.com.au 32 32 Basic Force Gauge https://www.si-instruments.com.au/products/basic-force-gauge/ Mon, 03 Mar 2025 08:48:53 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=809 The Mecmesin Basic Force Gauge (BFG) is a robust, reliable, and easy-to-use force measurement instrument, making it ideal for shop […]

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]]> The Mecmesin Basic Force Gauge (BFG) is a robust, reliable, and easy-to-use force measurement instrument, making it ideal for shop floor and production testing applications. Designed for both simplicity and performance, the BFG provides accurate force measurements at an economical price.

Its versatile design allows the gauge to be used either as a handheld instrument or mounted on a test stand for improved testing consistency and repeatability. Available in six capacities ranging from 10 N to 2500 N, the BFG is suitable for a wide variety of tension and compression testing applications.

Combining durability, accuracy, and ease of operation, the Basic Force Gauge offers outstanding force measurement performance for everyday quality control and production testing tasks.

Available Capacities

  • 10 N (≈ 2.2 lbf)
  • 50 N (≈ 11 lbf)
  • 200 N (≈ 44 lbf)
  • 500 N (≈ 110 lbf)
  • 1000 N (≈ 220 lbf)
  • 2500 N (≈ 550 lbf)

Key Features

  • Measures force in both tension and compression
  • Robust and easy-to-use design
  • Ideal for shop floor and production environments
  • Can be used handheld or mounted to a test stand
  • Available in six capacities from 10 N to 2500 N
  • Reliable and accurate force measurement
  • Cost-effective solution for everyday testing applications
  • Professional calibration services available through S.I.Instruments
Mecmesin Force Measurement Solutions: CFG+ vs BFG vs AFG vs VFG vs AFTI

Mecmesin offers a range of force measurement solutions designed to suit different testing requirements, from basic force measurement through to advanced testing systems with touchscreen operation and Smart sensor compatibility.

Feature CFG+ BFG AFG VFG AFTI
Product Type Compact Force Gauge Basic Force Gauge Advanced Force Gauge Vector Force Gauge Advanced Force & Torque Indicator
Position in Range Entry-level Production-grade Advanced Premium Touchscreen Indicator for Smart Sensors
Measures Force Yes Yes Yes Yes Yes (with Smart Transducer)
Measures Torque No No Via Smart Sensors Via Smart Sensors Yes (with Smart Torque Transducer)
Handheld Use Yes Yes Yes Yes Yes
Test Stand Compatible Yes Yes Yes Yes N/A
Touchscreen Interface No No No Yes No
Smart Sensor Compatibility No No Yes Yes Yes
Smart Torque Sensor Compatibility No No Yes Yes Yes
Data Transfer RS232 Basic connectivity Advanced connectivity Advanced connectivity Smart sensor connectivity
Ideal Application Routine testing Production testing QA, laboratory & R&D Advanced testing & digital workflows Flexible force and torque measurement

CFG+ (Compact Force Gauge+)

The CFG+ is the most economical force gauge in the Mecmesin range, offering simple tension and compression measurement with RS232 output for PC data collection.

Best for:

  • Routine force testing
  • Basic quality control
  • Educational applications
  • Budget-conscious users

BFG (Basic Force Gauge)

The BFG is a rugged and reliable force gauge designed for everyday use on the shop floor and in production environments.

Best for:

  • Manufacturing
  • Production testing
  • Routine quality inspections
  • General force measurement

AFG (Advanced Force Gauge)

The AFG provides higher accuracy and expanded functionality while remaining easy to use.

Best for:

  • Quality assurance
  • Product validation
  • Research and development
  • Advanced force measurement applications

Key advantage: Compatible with Mecmesin Smart force and torque transducers.

VFG (Vector Force Gauge)

The VFG is Mecmesin’s latest touchscreen force gauge, powered by Vector OS.

Best for:

  • Modern digital testing environments
  • Advanced quality control
  • Research and development
  • High-volume testing operations

Key advantage: Intuitive touchscreen interface combined with advanced force measurement capability.

AFTI (Advanced Force & Torque Indicator)

The AFTI differs from the other products because it is not a force gauge with an internal loadcell. Instead, it is a portable display and measurement unit designed for use with Mecmesin Smart Force and Torque Transducers.

Best for:

  • Flexible force and torque measurement
  • Applications requiring interchangeable sensors
  • Portable testing environments
  • Users requiring multiple force and torque capacities from one display

Key advantages:

  • Compatible with Mecmesin Smart Force and Smart Torque Transducers
  • Measures both force and torque
  • Rechargeable battery-powered operation
  • Compact and portable design
  • Allows users to select the sensor best suited to each application

Which One Should You Choose?

✅ CFG+ – Entry-level force measurement with basic data logging.

✅ BFG – Robust production testing and everyday quality control.

✅ AFG – Advanced force measurement with Smart sensor compatibility.

✅ VFG – Premium touchscreen force gauge with Vector OS.

✅ AFTI – Flexible force and torque indicator for use with interchangeable Smart transducers.

Simple Range Positioning

CFG+ → BFG → AFG → VFG
Economy → Production → Advanced → Premium Touchscreen

AFTI = Flexible Smart Sensor Platform
Ideal when multiple force or torque sensors are required from a single display unit.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Hand Held Dynamometer https://www.si-instruments.com.au/products/hand-held-dynamometer/ Tue, 04 Mar 2025 09:54:17 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=933 Lafayette Hand-Held Dynamometer (HHD) System 01165 The Lafayette Hand-Held Dynamometer (HHD) System 01165 is a portable instrument designed to objectively […]

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]]>
Lafayette Hand-Held Dynamometer (HHD) System 01165

The Lafayette Hand-Held Dynamometer (HHD) System 01165 is a portable instrument designed to objectively measure and quantify muscle strength. Compact enough to fit comfortably in the palm of the hand, it provides clinicians with an accurate and reliable method for evaluating patient strength during manual muscle testing.

During testing, the clinician applies force to a patient’s limb, with the objective of overcoming or “breaking” the patient’s resistance. The HHD records both the peak force generated and the time required to achieve the break, providing consistent and objective measurements that conform to most manual muscle testing protocols.

Despite its compact size, the HHD offers a wide range of advanced features, including intuitive menu navigation, onboard data storage, configurable test durations, and programmable force thresholds. The microprocessor-controlled system features an easy-to-read graphical LCD display and stores up to 150 test results in its internal memory.

Powered by a rechargeable lithium-ion battery, the HHD provides up to 6 hours of operation and measures forces up to 135 kg (300 lb / 1335 N) with an accuracy of ±1% of full scale.

The system is supplied complete with three interchangeable padded stirrups, a battery charger, a durable carry case, and a calibration certificate.

Typical Applications

  • Physical therapy and rehabilitation
  • Manual muscle strength testing
  • Sports medicine and athlete assessment
  • Occupational health evaluations
  • Neurological assessments
  • Orthopaedic rehabilitation
  • Clinical research studies
  • Functional capacity evaluations

Key Features

  • Portable, handheld muscle strength measurement system
  • Measures up to 135 kg (300 lb / 1335 N)
  • Accuracy of ±1% of full scale
  • Records peak force and break time
  • Conforms to most manual muscle testing protocols
  • Graphical LCD display with intuitive menu system
  • Stores up to 150 test results
  • Programmable test durations and force thresholds
  • Rechargeable lithium-ion battery with up to 6 hours operation
  • Includes three padded stirrups, charger, carry case, and calibration certificate

The Hand-Held Dynamometer (HHD) is widely used by healthcare professionals to objectively measure muscle strength and monitor patient progress. Its portability, accuracy, and ease of use make it suitable for both clinical and field-based assessments.

Physical Therapy & Rehabilitation

Used to assess muscle strength before, during, and after rehabilitation programs, helping clinicians track recovery from:

  • Orthopaedic injuries
  • Joint replacements
  • Fractures
  • Soft tissue injuries
  • Post-surgical rehabilitation

Sports Medicine

Commonly used by sports physiotherapists and athletic trainers to:

  • Measure athlete strength
  • Identify muscle imbalances
  • Monitor rehabilitation following sports injuries
  • Assess return-to-play readiness

Neurological Assessment

Helps evaluate muscle weakness associated with neurological conditions such as:

  • Stroke
  • Multiple sclerosis
  • Parkinson’s disease
  • Spinal cord injuries
  • Neuromuscular disorders

Occupational Health

Used for:

  • Functional capacity evaluations
  • Workplace injury assessments
  • Return-to-work programs
  • Monitoring physical capability and recovery

Orthopaedic Clinics

Provides objective strength measurements for:

  • Shoulder injuries
  • Knee rehabilitation
  • Hip disorders
  • Back and neck conditions
  • Tendon and ligament injuries

Geriatric Assessment

Assists healthcare professionals in evaluating:

  • Age-related muscle loss
  • Functional independence
  • Fall risk
  • General strength and mobility

Clinical Research

Frequently used in research studies requiring:

  • Quantifiable muscle strength measurements
  • Patient outcome tracking
  • Treatment efficacy assessments
  • Standardised strength testing protocols

Key Benefits

  • Objective measurement of muscle strength
  • Portable and easy to use
  • Suitable for a wide range of patient populations
  • Tracks rehabilitation progress over time
  • Stores test data for comparison and reporting
  • Provides reliable and repeatable results
  • Supports evidence-based clinical decision-making
Digital Hand Grip Dynamometer vs Hand-Held Dynamometer (HHD)

Both instruments measure force, but they are designed for different clinical purposes and testing methods.

Feature Digital Hand Grip Dynamometer Hand-Held Dynamometer (HHD)
Primary Function Measures grip strength Measures muscle strength throughout the body
Test Type Hand grip force only Push or pull force in specific muscle groups
Measurement Up to 200 lb (90 kg) Up to 135 kg (300 lb / 1335 N)
Applications Hand therapy, grip assessment, rehabilitation Manual muscle testing, physiotherapy, sports medicine, rehabilitation
Portability Compact handheld device Portable handheld device with interchangeable attachments
Patient Patient squeezes the handle Clinician applies force to overcome patient resistance
Muscle Groups Tested Hand and forearm muscles Arms, legs, shoulders, hips, neck, and other muscle groups
Data Analysis Average, Standard Deviation, Coefficient of Variation Peak force, break force, test duration, stored test data
Typical Users Occupational therapists, hand therapists, physiotherapists Physiotherapists, sports therapists, rehabilitation specialists, clinicians

Digital Hand Grip Dynamometer

The Digital Hand Grip Dynamometer is specifically designed to measure grip strength and hand function. It is commonly used for:

  • Hand injury rehabilitation
  • Occupational therapy
  • Grip strength screening
  • Arthritis assessment
  • Sports performance evaluation
  • Functional capacity assessments

Its straightforward operation and statistical analysis functions make it ideal for monitoring hand strength improvements over time.

Hand-Held Dynamometer (HHD)

The HHD is a more versatile instrument designed to measure strength in multiple muscle groups throughout the body. It is commonly used for:

  • Manual muscle testing
  • Neurological assessments
  • Sports rehabilitation
  • Orthopaedic evaluations
  • Return-to-work assessments
  • Clinical research

The HHD evaluates a patient’s ability to resist force and provides objective measurements of muscle strength beyond the hand and forearm.

Which Instrument Should You Choose?

  • Choose a Digital Hand Grip Dynamometer if your primary focus is assessing hand and grip strength.
  • Choose a Hand-Held Dynamometer (HHD) if you need to evaluate overall muscle strength across multiple body regions and muscle groups.

Many rehabilitation and physiotherapy clinics use both instruments together, with the grip dynamometer assessing hand function and the HHD providing a broader evaluation of muscular strength and recovery.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

 

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]]> Digital Hand Dynamometer https://www.si-instruments.com.au/products/digital-hand-dynamometer/ Tue, 04 Mar 2025 08:06:19 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=912 This Digital Hand Grip Dynamometer is ideal for the routine screening of grip strength and the initial and ongoing evaluation […]

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]]> This Digital Hand Grip Dynamometer is ideal for the routine screening of grip strength and the initial and ongoing evaluation of patients with hand trauma, injury, or functional impairment. Designed for clinical accuracy and ease of use, it provides objective grip strength measurements for rehabilitation, assessment, and monitoring applications.

Constructed from durable aluminium with a scratch-resistant UV coating, the dynamometer is built to withstand everyday clinical use. The easy-to-read LCD display measures isometric grip force from 0 to 200 lb (90 kg) and can be configured to display results in either kilograms or pounds.

Advanced digital load cell technology ensures accurate and repeatable measurements, while Rapid Exchange Testing with audible signals allows efficient testing of multiple patients. For enhanced data analysis, the instrument automatically calculates the Average, Standard Deviation, and Coefficient of Variation for recorded tests.

The dynamometer features a two-minute auto-off function to conserve battery life, a low battery indicator, and is supplied complete with two AAA batteries and a reusable storage case.

Typical Applications

  • Hand injury and trauma assessment
  • Rehabilitation and physical therapy
  • Occupational therapy
  • Grip strength screening
  • Functional capacity evaluations
  • Sports medicine and athlete assessments
  • Geriatric strength monitoring
  • Clinical research and patient outcome tracking

Key Features

  • Measures isometric grip force from 0 to 200 lb (90 kg)
  • Displays results in kilograms or pounds
  • Durable aluminium construction with UV-resistant coating
  • Accurate digital load cell technology
  • Rapid Exchange Testing with audible signals
  • Automatically calculates:
    • Average
    • Standard Deviation
    • Coefficient of Variation
  • Easy-to-read LCD display
  • Two-minute auto-off function
  • Low battery indicator
  • Includes two AAA batteries
  • Supplied in a reusable storage container
Typical Applications of the Digital Hand Grip Dynamometer

The Digital Hand Grip Dynamometer is widely used to measure hand and forearm strength, providing objective and repeatable data for clinical, rehabilitation, occupational, and sports performance assessments.

Rehabilitation & Physical Therapy

Used to monitor recovery and rehabilitation following:

  • Hand and wrist injuries
  • Tendon and ligament damage
  • Fractures
  • Orthopaedic surgery
  • Neurological conditions affecting hand function

Occupational Therapy

Helps therapists assess a patient’s ability to perform daily activities and track improvements in hand strength and functional independence.

Hand Trauma Evaluation

Ideal for the initial assessment and ongoing monitoring of patients with:

  • Hand injuries
  • Crush injuries
  • Repetitive strain injuries
  • Post-surgical recovery

Sports Medicine & Athletic Performance

Used to evaluate:

  • Grip strength in athletes
  • Hand and forearm conditioning
  • Recovery from sports-related injuries
  • Performance changes over time

Functional Capacity Evaluation (FCE)

Provides objective grip strength measurements for:

  • Workplace injury assessments
  • Return-to-work programs
  • Occupational health evaluations
  • Physical capability testing

Geriatric Assessment

Useful for monitoring:

  • Age-related muscle decline
  • General strength and mobility
  • Functional independence
  • Fall and frailty risk assessments

Clinical Research

Often used in research and healthcare studies where reliable measurement of hand strength is required for patient evaluation and outcome tracking.

Key Benefits

  • Objective measurement of grip strength
  • Tracks patient progress over time
  • Fast and easy testing procedure
  • Suitable for a wide range of age groups and conditions
  • Automatic calculation of averages and statistical data
  • Ideal for clinical, rehabilitation, occupational, and sports applications
Digital Hand Grip Dynamometer vs Hand-Held Dynamometer (HHD)

Both instruments measure force, but they are designed for different clinical purposes and testing methods.

Feature Digital Hand Grip Dynamometer Hand-Held Dynamometer (HHD)
Primary Function Measures grip strength Measures muscle strength throughout the body
Test Type Hand grip force only Push or pull force in specific muscle groups
Measurement Up to 200 lb (90 kg) Up to 135 kg (300 lb / 1335 N)
Applications Hand therapy, grip assessment, rehabilitation Manual muscle testing, physiotherapy, sports medicine, rehabilitation
Portability Compact handheld device Portable handheld device with interchangeable attachments
Patient Patient squeezes the handle Clinician applies force to overcome patient resistance
Muscle Groups Tested Hand and forearm muscles Arms, legs, shoulders, hips, neck, and other muscle groups
Data Analysis Average, Standard Deviation, Coefficient of Variation Peak force, break force, test duration, stored test data
Typical Users Occupational therapists, hand therapists, physiotherapists Physiotherapists, sports therapists, rehabilitation specialists, clinicians

Digital Hand Grip Dynamometer

The Digital Hand Grip Dynamometer is specifically designed to measure grip strength and hand function. It is commonly used for:

  • Hand injury rehabilitation
  • Occupational therapy
  • Grip strength screening
  • Arthritis assessment
  • Sports performance evaluation
  • Functional capacity assessments

Its straightforward operation and statistical analysis functions make it ideal for monitoring hand strength improvements over time.

Hand-Held Dynamometer (HHD)

The HHD is a more versatile instrument designed to measure strength in multiple muscle groups throughout the body. It is commonly used for:

  • Manual muscle testing
  • Neurological assessments
  • Sports rehabilitation
  • Orthopaedic evaluations
  • Return-to-work assessments
  • Clinical research

The HHD evaluates a patient’s ability to resist force and provides objective measurements of muscle strength beyond the hand and forearm.

Which Instrument Should You Choose?

  • Choose a Digital Hand Grip Dynamometer if your primary focus is assessing hand and grip strength.
  • Choose a Hand-Held Dynamometer (HHD) if you need to evaluate overall muscle strength across multiple body regions and muscle groups.

Many rehabilitation and physiotherapy clinics use both instruments together, with the grip dynamometer assessing hand function and the HHD providing a broader evaluation of muscular strength and recovery.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Jamar Digital Pinch Gauge https://www.si-instruments.com.au/products/jamar-digital-pinch-gauge/ Tue, 04 Mar 2025 08:34:08 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=921 The Digital Pinch Gauge is a modern, electronic version of the traditional hydraulic pinch gauge, designed to accurately measure thumb […]

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]]> The Digital Pinch Gauge is a modern, electronic version of the traditional hydraulic pinch gauge, designed to accurately measure thumb and finger pinch strength. Compact, lightweight, and easy to use, it provides objective measurements for clinical assessment, rehabilitation, and strength evaluation applications.

Results can be displayed in either pounds (lb) or kilograms (kg) on a large, easy-to-read LCD screen. The simple push-button interface allows users to zero readings, recall stored results, and save measurements quickly and accurately.

The gauge can store up to 99 readings in its internal memory, making it ideal for tracking patient progress over time. Supplied with a wrist strap for added security and portability, the instrument is powered by a single 3V battery and is suitable for use in clinics, hospitals, rehabilitation centres, and research environments.

Typical Applications

  • Hand therapy and rehabilitation
  • Assessment of thumb and finger strength
  • Evaluation of hand injuries and trauma
  • Occupational therapy
  • Post-surgical recovery monitoring
  • Neurological assessment
  • Functional capacity evaluations
  • Clinical research and outcome studies

Key Features

  • Measures thumb and finger pinch strength
  • Displays results in kg or lb
  • Easy-to-read LCD display
  • Stores up to 99 measurements
  • Simple push-button operation
  • Zero and memory recall functions
  • Lightweight design, weighing only 145 g
  • Measurement range up to 25 kg (60 lb)
  • Includes wrist strap and 3V battery
  • Compact size: 25 × 13 × 5 cm

Digital Pinch Gauge vs Hand Grip Dynamometer

  • The Digital Pinch Gauge measures pinch strength using the thumb and fingers.
  • The Hand Grip Dynamometer measures overall grip strength of the hand and forearm.

Both instruments are commonly used together to provide a more complete assessment of hand function and rehabilitation progress.

Typical Applications of the Digital Pinch Gauge

The Digital Pinch Gauge is used to measure the strength of the thumb and fingers, providing objective data for clinical assessment, rehabilitation, and functional evaluation. It is particularly valuable when assessing fine motor function and hand strength that cannot be fully evaluated with a standard grip dynamometer.

Hand Therapy & Rehabilitation

Used to monitor recovery following:

  • Hand and finger injuries
  • Tendon repairs
  • Fractures
  • Nerve injuries
  • Post-surgical rehabilitation

Occupational Therapy

Helps assess a patient’s ability to perform everyday tasks requiring pinch strength, such as:

  • Writing
  • Buttoning clothing
  • Handling tools
  • Grasping small objects

Thumb & Finger Strength Assessment

Measures common pinch functions including:

  • Tip pinch (thumb to fingertip)
  • Key pinch (thumb against the side of the index finger)
  • Palmar pinch (three-point pinch)

Neurological Evaluation

Used to assess hand function in patients with:

  • Stroke
  • Multiple sclerosis
  • Parkinson’s disease
  • Peripheral nerve injuries
  • Other neuromuscular disorders

Functional Capacity Evaluation

Provides objective strength measurements for:

  • Workplace injury assessments
  • Return-to-work programs
  • Disability evaluations
  • Functional performance testing

Sports Medicine

Useful for evaluating hand and finger strength in athletes involved in:

  • Climbing
  • Racquet sports
  • Golf
  • Baseball and cricket
  • Martial arts

Clinical Research

Frequently used in studies involving:

  • Hand function assessment
  • Rehabilitation outcomes
  • Muscle strength evaluation
  • Age-related strength changes

Key Benefits

  • Objective measurement of thumb and finger strength
  • Tracks rehabilitation progress over time
  • Identifies strength deficits and imbalances
  • Supports clinical decision-making
  • Stores multiple readings for comparison and reporting
  • Portable and easy to use in clinical and field environments
Digital Pinch Gauge vs Hand-Held Dynamometer (HHD)

Both the Digital Pinch Gauge and Hand-Held Dynamometer (HHD) are used to measure strength, but they are designed for different types of assessments and muscle groups.

Feature Digital Pinch Gauge Hand-Held Dynamometer (HHD)
Primary Function Measures thumb and finger pinch strength Measures muscle strength throughout the body
Test Type Pinch force Push and pull muscle force
Muscle Groups Tested Thumb, fingers, and hand muscles Arms, shoulders, legs, hips, neck, and other muscle groups
Common Tests Tip pinch, key pinch, and palmar pinch Manual muscle testing and break-force testing
Measurement Range Up to 25 kg (60 lb) Up to 135 kg (300 lb / 1335 N)
Typical Users Hand therapists, occupational therapists, physiotherapists Physiotherapists, sports therapists, rehabilitation specialists, clinicians
Data Storage Up to 99 readings Up to 150 test results
Portability Compact handheld unit Portable handheld unit with interchangeable attachments

Digital Pinch Gauge

The Digital Pinch Gauge is designed specifically to measure the strength of the thumb and fingers. It is most commonly used for:

  • Hand injury assessment
  • Occupational therapy
  • Fine motor function evaluation
  • Tendon and nerve rehabilitation
  • Arthritis and hand dysfunction assessment
  • Monitoring recovery following hand surgery

The gauge is particularly useful when assessing activities that rely on pinch strength, such as gripping keys, holding utensils, writing, or manipulating small objects.

Hand-Held Dynamometer (HHD)

The HHD is a more versatile device that measures the strength of major muscle groups throughout the body. Typical applications include:

  • Manual muscle testing
  • Sports medicine
  • Neurological assessment
  • Orthopaedic rehabilitation
  • Functional capacity evaluations
  • Return-to-work assessments

The HHD records peak force and break force, providing objective measurements of muscular strength beyond the hand and fingers.

Which Instrument Should You Choose?

  • Choose a Digital Pinch Gauge when assessing thumb and finger strength, dexterity, and hand function.
  • Choose a Hand-Held Dynamometer when measuring overall muscle strength in the upper and lower limbs or other body regions.

In many rehabilitation and therapy settings, both instruments are used together to provide a complete assessment of upper-limb function, with the Pinch Gauge evaluating fine hand strength and the HHD assessing larger muscle groups.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Smart Digital Hand Dynamometer https://www.si-instruments.com.au/products/smart-digital-hand-dynamometer/ Tue, 04 Mar 2025 08:18:44 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=918 Digital Hand Grip Dynamometer with iPad Connectivity This advanced Digital Hand Grip Dynamometer is designed for accurate grip strength assessment […]

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]]> Digital Hand Grip Dynamometer with iPad Connectivity

This advanced Digital Hand Grip Dynamometer is designed for accurate grip strength assessment and streamlined patient data management. Constructed from durable aluminium with a scratch-resistant UV coating, it combines robust performance with modern wireless data recording capabilities.

The dynamometer measures isometric grip force from 0 to 200 lb (90 kg) and transfers results directly to an iPad, allowing measurements to be stored and tracked for individual patients. This makes it an excellent tool for rehabilitation clinics, occupational therapy, sports medicine, and research applications where long-term patient monitoring is required.

Featuring accurate digital load cell technology, the instrument supports Rapid Exchange Testing with audible signals and automatically calculates key statistical parameters, including Average, Standard Deviation, and Coefficient of Variation. These features help clinicians quickly evaluate strength consistency and patient progress.

A two-minute auto-off function helps conserve battery life, while the low-battery indicator ensures uninterrupted operation. The unit is supplied with two AAA batteries and a reusable storage container for convenient transport and protection.

Typical Applications

  • Hand therapy and rehabilitation
  • Grip strength screening
  • Occupational therapy assessments
  • Sports medicine and athlete monitoring
  • Functional capacity evaluations
  • Post-surgical recovery tracking
  • Clinical research and patient outcome studies

Key Features

  • Measures grip force from 0 to 200 lb (90 kg)
  • Direct data transfer to iPad
  • Patient-specific data storage and tracking
  • Durable aluminium construction with UV-resistant coating
  • Accurate digital load cell technology
  • Rapid Exchange Testing with audible signals
  • Automatic calculation of:
    • Average
    • Standard Deviation
    • Coefficient of Variation
  • Easy-to-read display
  • Two-minute auto-off function
  • Low battery indicator
  • Includes two AAA batteries
  • Supplied in a reusable storage container

Typical Applications of the Digital Hand Grip Dynamometer with iPad Connectivity

The Digital Hand Grip Dynamometer with iPad Connectivity is used to objectively measure grip strength while enabling electronic patient record keeping and progress tracking. It is ideal for clinics, hospitals, sports performance centres, and research facilities where efficient data collection and analysis are important.

Rehabilitation & Physical Therapy

Used to assess and monitor recovery following:

  • Hand and wrist injuries
  • Fractures
  • Tendon and ligament repairs
  • Orthopaedic surgery
  • Neurological rehabilitation

Occupational Therapy

Helps evaluate hand function and a patient’s ability to perform everyday activities such as:

  • Grasping objects
  • Using tools
  • Writing
  • Dressing and self-care tasks

Sports Medicine

Provides objective grip strength measurements for:

  • Athlete performance assessment
  • Injury rehabilitation
  • Return-to-play evaluations
  • Monitoring strength development over time

Functional Capacity Evaluations

Used in workplace and occupational health settings to:

  • Assess hand strength following injury
  • Support return-to-work decisions
  • Document functional capability

Geriatric Assessment

Assists clinicians in monitoring:

  • Age-related muscle loss
  • Overall functional strength
  • Frailty risk
  • Independence and mobility

Clinical Research

The ability to transfer and store data on an iPad makes the system particularly useful for:

  • Longitudinal patient studies
  • Outcome measurement
  • Large-scale data collection
  • Research reporting and statistical analysis

Patient Progress Monitoring

With patient-specific data storage, clinicians can:

  • Track strength improvements over time
  • Compare current and previous results
  • Monitor treatment effectiveness
  • Generate objective documentation for patient records

Key Benefits

  • Accurate and repeatable grip strength measurement
  • Direct transfer of results to an iPad
  • Electronic patient record management
  • Automatic calculation of statistical data
  • Ideal for clinical, rehabilitation, sports, and research applications
  • Enables efficient tracking of patient progress over time
Digital Hand Grip Dynamometer with iPad Connectivity vs Standard Digital Hand Grip Dynamometer

Both dynamometers are designed to accurately measure isometric grip strength and share many of the same core features, including digital load cell technology, automatic statistical calculations, and a measurement range of 0 to 200 lb (90 kg). The key difference is in data management and patient tracking.

Feature Standard Digital Hand Grip Dynamometer iPad-Connected Digital Hand Grip Dynamometer
Grip Strength Measurement Yes Yes
Measurement Range 0-200 lb (90 kg) 0-200 lb (90 kg)
Digital Load Cell Technology Yes Yes
Average, SD & Coefficient of Variation Yes Yes
Rapid Exchange Testing Yes Yes
Data Storage Stored on the instrument Stored and managed on iPad
Patient Records Manual recording required Patient-specific electronic records
Progress Tracking Manual comparison of results Easy long-term patient tracking
Reporting & Data Management Basic Enhanced digital record keeping
Ideal Environment General clinical use Clinics requiring electronic patient management

Standard Digital Hand Grip Dynamometer

Best suited for:

  • Routine grip strength screening
  • Rehabilitation assessments
  • Occupational therapy
  • Sports medicine
  • Clinics that prefer manual record keeping

iPad-Connected Digital Hand Grip Dynamometer

Best suited for:

  • Multi-patient clinical environments
  • Rehabilitation centres
  • Hospitals and allied health practices
  • Research studies requiring electronic data capture
  • Long-term patient progress monitoring

Key Advantage of the iPad Version

The primary benefit of the iPad-connected model is the ability to transfer results directly to an iPad and store them under individual patient records. This simplifies data management, reduces manual documentation, and makes it easier to monitor strength changes over time.

In terms of grip-strength measurement accuracy and testing capability, both instruments provide comparable performance. The choice largely depends on whether electronic patient data management is required.

How iPad Data Transfer Improves Clinical Workflow

The ability to transfer grip strength measurements directly from the dynamometer to an iPad streamlines the entire assessment process, reducing administrative work and improving data accuracy.

Faster Patient Assessments

Results are transferred automatically, eliminating the need to manually record readings on paper or enter them into a computer later. This allows clinicians to spend more time with patients and less time on documentation.

Improved Patient Record Keeping

Measurements can be stored under individual patient profiles, making it easy to access historical test data and maintain comprehensive treatment records.

Easy Progress Tracking

Clinicians can quickly compare current and previous results to:

  • Monitor rehabilitation progress
  • Evaluate treatment effectiveness
  • Identify trends in strength improvement or decline
  • Support objective clinical decision-making

Reduced Risk of Data Entry Errors

Automatic data transfer eliminates transcription mistakes that can occur when measurements are manually copied from the instrument to patient records.

Enhanced Reporting

Digital records make it easier to generate reports for:

  • Patient reviews
  • Referring practitioners
  • Insurance and compensation claims
  • Functional capacity assessments
  • Clinical research projects

Better Multi-Patient Management

In busy clinics, therapists can efficiently manage and organise results from multiple patients, ensuring data is properly linked to the correct individual.

Research & Outcome Measurement

Electronic data collection simplifies:

  • Long-term outcome studies
  • Statistical analysis
  • Treatment comparisons
  • Audit and compliance requirements

Key Clinical Benefits

  • Faster testing and documentation
  • Secure patient-specific data storage
  • Improved accuracy and traceability
  • Simple progress monitoring
  • More efficient reporting and data management
  • Reduced administrative workload

By combining accurate grip strength measurement with digital record management, the iPad-connected dynamometer helps clinicians create a more efficient, data-driven workflow while enhancing patient care and outcome tracking.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Jamar 3 Piece Hand Evaluation Set https://www.si-instruments.com.au/products/jamar-3-piece-hand-evaluation-set/ Tue, 04 Mar 2025 09:34:34 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=925 Jamar Hand Evaluation Set The Jamar Hand Evaluation Set combines three essential assessment tools into one convenient package, providing clinicians with a […]

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Jamar Hand Evaluation Set

The Jamar Hand Evaluation Set combines three essential assessment tools into one convenient package, providing clinicians with a comprehensive solution for evaluating hand strength, pinch strength, and joint range of motion.

Ideal for rehabilitation, occupational therapy, physiotherapy, hand therapy, and clinical assessment, the set enables healthcare professionals to objectively measure hand function and monitor patient progress throughout treatment and recovery.

Included Instruments

Jamar Digital Hand Dynamometer

Designed for the routine screening and evaluation of grip strength, providing accurate and repeatable measurements for assessing hand and forearm function.

Jamar Digital Pinch Gauge

Provides precise measurement of pinch strength, including key pinch, tip pinch, and palmar pinch assessments. Ideal for evaluating thumb and finger function and monitoring rehabilitation progress.

Jamar 5½” Finger Goniometer

Used for measuring the range of motion of:

  • Metacarpal joints
  • Phalangeal joints
  • Interphalangeal joints

Its compact design allows quick and easy measurement of finger and hand joint movement.

Typical Applications

  • Hand injury assessment and rehabilitation
  • Occupational and physical therapy
  • Post-surgical recovery monitoring
  • Arthritis and joint mobility evaluation
  • Functional capacity evaluations
  • Sports medicine
  • Clinical research and patient outcome tracking

Key Benefits

  • Complete hand assessment solution
  • Objective measurement of grip and pinch strength
  • Accurate finger joint range-of-motion evaluation
  • Supports patient progress monitoring
  • Ideal for clinical, rehabilitation, and research environments
  • Trusted Jamar quality and reliability
Typical Users of the Jamar Hand Evaluation Set

The Jamar Hand Evaluation Set is widely used by healthcare professionals who require accurate and objective assessment of grip strength, pinch strength, and finger joint range of motion. By combining three essential hand assessment tools into a single package, it supports comprehensive evaluation and monitoring of hand function.

Hand Therapists

Specialist hand therapists use the set to assess:

  • Hand and finger injuries
  • Post-surgical recovery
  • Tendon and nerve repairs
  • Functional hand performance

Occupational Therapists

Occupational therapists rely on the set to evaluate a patient’s ability to perform everyday activities and monitor improvements in hand strength and mobility during rehabilitation.

Physiotherapists

Physiotherapists use the instruments to:

  • Measure grip and pinch strength
  • Assess joint mobility
  • Track rehabilitation progress
  • Evaluate upper-limb function following injury

Orthopaedic Surgeons & Clinics

Used before and after treatment to document:

  • Hand and wrist conditions
  • Surgical outcomes
  • Recovery from fractures and joint reconstruction procedures

Sports Medicine Professionals

Athletes often require detailed assessment of hand strength and function following injury. The set helps monitor recovery and guide return-to-sport decisions.

Rehabilitation Centres

Rehabilitation teams use the Jamar Hand Evaluation Set to provide objective measurements that support treatment planning and ongoing patient monitoring.

Occupational Health Professionals

Useful for:

  • Functional capacity evaluations
  • Workplace injury assessments
  • Return-to-work programs
  • Impairment evaluations

Researchers & Educators

Universities, research institutions, and teaching hospitals use the set for:

  • Clinical studies
  • Data collection
  • Student training
  • Outcome measurement research

Key Benefits for Users

  • Comprehensive assessment of hand function
  • Objective and repeatable measurements
  • Supports evidence-based treatment decisions
  • Ideal for patient progress monitoring
  • Trusted and widely recognised Jamar instruments
  • Suitable for clinical, rehabilitation, occupational, and research environments
How to Use the Jamar Hand Evaluation Set

The Jamar Hand Evaluation Set combines three instruments to provide a complete assessment of hand function: grip strength, pinch strength, and joint range of motion. Together, they help clinicians establish a baseline, monitor progress, and evaluate treatment outcomes.

Step 1: Assess Grip Strength

Instrument: Jamar Digital Hand Dynamometer

The patient holds the dynamometer with the arm positioned according to the testing protocol being used. The patient is instructed to squeeze the handle as hard as possible for a few seconds.

The dynamometer displays the maximum grip force and can store multiple readings for comparison. Typically, several trials are performed and averaged to establish a reliable measure of grip strength.

Used to evaluate:

  • Overall hand strength
  • Recovery following injury or surgery
  • Functional capability
  • Rehabilitation progress

Step 2: Measure Pinch Strength

Instrument: Jamar Digital Pinch Gauge

The patient performs one or more pinch tests using the thumb and fingers:

  • Tip Pinch: thumb to fingertip
  • Key Pinch: thumb against the side of the index finger
  • Palmar (Three-Point) Pinch: thumb, index, and middle finger

The pinch gauge records the maximum force generated during each test, providing objective measurements of thumb and finger strength.

Used to evaluate:

  • Fine motor function
  • Thumb and finger strength
  • Tendon and nerve recovery
  • Hand dexterity and function

Step 3: Evaluate Joint Range of Motion

Instrument: Jamar 5½” Finger Goniometer

The goniometer is aligned with the finger joints being assessed. The clinician measures the angle of movement at the:

  • Metacarpophalangeal (MCP) joints
  • Proximal interphalangeal (PIP) joints
  • Distal interphalangeal (DIP) joints

Measurements are recorded in degrees and compared with previous results or expected ranges of motion.

Used to evaluate:

  • Joint mobility
  • Post-surgical recovery
  • Contractures and stiffness
  • Arthritis-related limitations
  • Functional movement

Typical Assessment Workflow

  1. Record the patient’s baseline information.
  2. Measure grip strength using the dynamometer.
  3. Measure pinch strength using the pinch gauge.
  4. Assess finger joint range of motion using the goniometer.
  5. Document results and compare them with previous assessments.
  6. Use the data to guide treatment planning and monitor progress over time.

Benefits of Using the Complete Set

  • Comprehensive assessment of hand function
  • Objective and repeatable measurements
  • Easy tracking of rehabilitation progress
  • Supports evidence-based clinical decisions
  • Suitable for rehabilitation, occupational therapy, sports medicine, and research
Detailed Usage Tips for Each Instrument in the Jamar Hand Evaluation Set

To achieve accurate, repeatable, and clinically meaningful results, it is important to use each instrument consistently and follow established testing protocols.

1. Jamar Digital Hand Dynamometer

Patient Positioning

For standard grip strength testing, the patient should ideally be seated with:

  • Shoulder adducted and neutrally rotated
  • Elbow flexed at 90°
  • Forearm in a neutral position
  • Wrist slightly extended

Maintaining a consistent position between tests improves repeatability.

Testing Technique

  • Ensure the handle is adjusted to the appropriate grip position for the patient’s hand size.
  • Instruct the patient to squeeze as hard as possible for 3 to 5 seconds.
  • Encourage maximum effort without jerking or sudden movements.
  • Conduct three trials on each hand where required by your protocol.

Best Practice

  • Allow a short rest period between tests to minimise fatigue.
  • Test the same hand in the same position each time.
  • Compare results against previous assessments rather than relying solely on a single measurement.

Common Mistakes to Avoid

  • Allowing body movement to assist the squeeze.
  • Testing with different handle positions between sessions.
  • Measuring immediately after strenuous hand activity or therapy.

2. Jamar Digital Pinch Gauge

Pinch Types to Test

Key Pinch

  • Thumb presses against the side of the index finger.
  • Commonly used to assess functional pinch strength for everyday tasks.

Tip Pinch

  • Thumb presses against the tip of the index finger.
  • Evaluates fine motor control and fingertip strength.

Three-Point (Palmar) Pinch

  • Thumb opposes the index and middle fingers.
  • Frequently used for functional hand assessments.

Testing Technique

  • Position the pinch gauge appropriately for the pinch type being tested.
  • Ask the patient to squeeze gradually until maximum force is achieved.
  • Hold the effort briefly before releasing.

Best Practice

  • Test pinch types separately.
  • Record multiple trials and average the results.
  • Use consistent hand positioning throughout all patient visits.

Common Mistakes to Avoid

  • Allowing grip assistance from the remaining fingers.
  • Inconsistent finger placement on the gauge.
  • Leaning or using body weight to assist force generation.

3. Jamar 5½” Finger Goniometer

Alignment Tips

Proper alignment is critical for accurate measurements:

  • Place the goniometer pivot over the joint’s axis of motion.
  • Align one arm with the stationary segment.
  • Align the other arm with the moving segment.

Measuring Finger Joints

MCP Joint

Measure movement between the metacarpal and proximal phalanx.

PIP Joint

Measure movement between the proximal and middle phalanx.

DIP Joint

Measure movement between the middle and distal phalanx.

Best Practice

  • Measure both active and passive motion if clinically relevant.
  • Position the hand consistently between sessions.
  • Record the exact joint tested and whether flexion or extension was measured.

Common Mistakes to Avoid

  • Misaligning the goniometer axis.
  • Reading the wrong scale.
  • Allowing adjacent joints to move during measurement.

Getting the Most from the Complete Hand Evaluation Set

When used together, the three instruments provide a comprehensive assessment of hand function:

Instrument Measures
Jamar Digital Hand Dynamometer Gross grip strength
Jamar Digital Pinch Gauge Thumb and finger pinch strength
Jamar Finger Goniometer Joint range of motion

A typical assessment sequence is:

  1. Measure finger and thumb range of motion.
  2. Assess pinch strength.
  3. Complete grip strength testing.
  4. Record and compare results with previous evaluations.

Following the same procedure at each appointment helps clinicians accurately monitor rehabilitation progress, treatment effectiveness, and functional recovery.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> EasyPlot Graphing Software https://www.si-instruments.com.au/products/easyplot-graphing-software/ Mon, 03 Mar 2025 12:12:02 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=848 EasyPlot Software Model: EasyPlot Supplier: S.I. Instruments EasyPlot Software is a simple yet powerful data acquisition and analysis package designed for logging, plotting, […]

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EasyPlot Software

Model: EasyPlot
Supplier: S.I. Instruments

EasyPlot Software is a simple yet powerful data acquisition and analysis package designed for logging, plotting, and evaluating force and torque measurement data. Compatible with a wide range of force and torque gauges, EasyPlot provides a cost-effective solution for capturing test data, generating graphs, and performing detailed analysis.

The software automatically records test results and performs calculations for individual samples, while also enabling comparison across multiple tests. Its intuitive interface allows users to quickly visualise data, identify trends, and generate meaningful reports for quality control, research, and product development applications.

With built-in statistical tools and spreadsheet export capabilities, EasyPlot simplifies the management and analysis of force and torque testing data.

Typical Applications

  • Force and torque testing data acquisition
  • Quality control and production testing
  • Materials testing and product validation
  • Packaging and closure testing
  • Tensile and compression testing
  • Research and development projects
  • Comparative analysis of test samples
  • Laboratory reporting and documentation

Analysis Features

  • Area under the curve
  • Average load
  • Load at a specified time
  • Peak load
  • Slope calculation
  • Trough detection

Statistical Functions

  • Average values
  • Standard deviation
  • High and low sample comparison
  • Easy export to spreadsheet applications

Key Features

  • Simple and user-friendly operation
  • Data logging and graphing capabilities
  • Force and torque data analysis
  • Automatic calculation of test parameters
  • Comparative sample analysis
  • Statistical reporting tools
  • Spreadsheet export functionality
  • Cost-effective solution for test data acquisition and reporting

Benefits of EasyPlot Software

  • Eliminates manual data recording
  • Reduces calculation errors
  • Provides clear graphical representation of test results
  • Simplifies trend analysis and product comparison
  • Generates professional reports for quality documentation
  • Improves traceability and record keeping
  • Supports data-driven decision making

Example EasyPlot Data Reports

EasyPlot can generate a variety of reports depending on the test type and analysis requirements. Below are examples of the types of reports commonly produced.

1. Force vs Time Report

Application: Compression testing, push-button testing, spring testing

Time (s) Force (N)
0.0 0.0
0.5 12.5
1.0 25.8
1.5 38.2
2.0 40.1

Automatically Calculated:

  • Peak Force: 40.1 N
  • Average Force: 29.2 N
  • Time to Peak: 2.0 s

Graph Output: A force-versus-time curve showing how force changes throughout the test cycle.

2. Force vs Distance Report

Application: Tensile testing, packaging tests, peel tests

Distance (mm) Force (N)
0.0 0
5.0 15
10.0 31
15.0 45
20.0 52

Automatically Calculated:

  • Peak Load: 52 N
  • Extension at Peak Load: 20 mm
  • Area Under Curve (Work/Energy)

Graph Output: A force-versus-distance graph illustrating material behaviour during testing.

3. Closure Torque Report

Application: Bottle cap and closure testing

Sample Opening Torque (N·m)
1 1.25
2 1.18
3 1.22
4 1.21
5 1.27

Statistical Summary

  • Average: 1.23 N·m
  • Maximum: 1.27 N·m
  • Minimum: 1.18 N·m
  • Standard Deviation: 0.03 N·m

Graph Output: Bar chart or trend graph comparing closure torque between samples.

4. Batch Comparison Report

Application: Quality control and production monitoring

Batch Average Force (N) Standard Deviation
Batch A 125.4 2.1
Batch B 122.8 3.5
Batch C 127.1 1.8

Automatically Generated Analysis

  • Highest-performing batch
  • Lowest-performing batch
  • Batch-to-batch variation
  • Process consistency trends

5. Pass/Fail Report

Application: Production testing

Specification Limits

  • Minimum Force: 100 N
  • Maximum Force: 120 N
Sample Result (N) Status
1 105 PASS
2 118 PASS
3 98 FAIL
4 111 PASS

Summary

  • Total Tests: 4
  • Pass: 3
  • Fail: 1
  • Yield: 75%

6. Statistical Summary Report

EasyPlot can automatically calculate and display:

  • Average
  • Maximum
  • Minimum
  • Standard Deviation
  • Coefficient of Variation
  • Peak Values
  • Area Under Curve
  • Slope Analysis

These reports can be exported directly to Microsoft Excel for further analysis and inclusion in quality documentation.

Industries Using EasyPlot Reports

  • Packaging & Closure Testing
  • Medical Device Testing
  • Beverage Industry Testing
  • Materials Testing
  • Automotive Components
  • Electronics Manufacturing
  • Research & Development
  • Quality Control Laboratories

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Large Bone Caliper https://www.si-instruments.com.au/products/large-bone-caliper/ Tue, 04 Mar 2025 12:37:01 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=1012 Large Bone Caliper The Large Bone Caliper is a precision anthropometric measuring instrument designed for assessing body dimensions related to […]

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Large Bone Caliper

The Large Bone Caliper is a precision anthropometric measuring instrument designed for assessing body dimensions related to growth, development, biomechanics, and movement analysis. Constructed from lightweight yet durable aluminium, it provides accurate and repeatable measurements for a wide range of clinical, research, and sports science applications.

With a measuring range of 0 to 60 cm and graduations of 0.1 cm, the caliper is ideal for measuring larger skeletal dimensions such as shoulder width, chest depth, and long bone lengths. A spring-loaded ball bearing mechanism within the sliding C-shaped arm ensures smooth operation and precise positioning for reliable measurements.

Typical Applications

  • Growth and development assessment in children
  • Anthropometric studies
  • Sports science and athlete profiling
  • Motion and biomechanical analysis
  • Human performance research
  • Ergonomic assessments
  • Clinical and rehabilitation studies
  • Educational and university research programs

Common Measurements

  • Shoulder width (biacromial breadth)
  • Chest depth
  • Femur length
  • Tibia length
  • Humerus length
  • Other skeletal and body dimensions

Key Features

  • Measurement range: 0 to 60 cm
  • Resolution: 0.1 cm
  • Durable aluminium construction
  • Spring-loaded ball bearing for accurate positioning
  • Sliding C-shaped arm design
  • Lightweight and easy to use
  • Accurate and repeatable measurements
  • Suitable for clinical, educational, and research environments

Benefits

  • Supports accurate anthropometric assessments
  • Ideal for tracking growth and development
  • Assists with biomechanical and motion analysis studies
  • Provides reliable skeletal dimension measurements
  • Robust design for long-term professional use

Typical Users of the Large Bone Caliper

The Large Bone Caliper is widely used by professionals involved in anthropometry, human movement analysis, growth assessment, and body measurement research. Its ability to accurately measure skeletal dimensions makes it a valuable tool across a range of disciplines.

Anthropometrists

Use the caliper to measure body dimensions such as:

  • Shoulder width (biacromial breadth)
  • Chest depth
  • Long bone lengths
  • Skeletal frame size

These measurements are often used in population studies and body composition assessments.

Researchers & Academics

Universities and research institutions use the Large Bone Caliper for:

  • Human growth and development studies
  • Anthropometric research
  • Biomechanical investigations
  • Sports performance research
  • Ergonomic studies

Paediatricians & Child Development Specialists

The caliper helps monitor:

  • Physical growth
  • Skeletal development
  • Proportional body changes during childhood and adolescence

Sports Scientists

Used to assess body structure and skeletal dimensions of athletes, aiding in:

  • Athlete profiling
  • Talent identification
  • Performance research
  • Training program development

Biomechanists & Motion Analysis Specialists

Measurements of limb lengths and body dimensions are used to:

  • Develop biomechanical models
  • Analyse movement patterns
  • Improve motion capture accuracy
  • Study human performance

Physiotherapists & Rehabilitation Professionals

The caliper may be used to document physical measurements and body proportions as part of rehabilitation and functional assessment programs.

Ergonomists

Use anthropometric measurements to design:

  • Workstations
  • Safety equipment
  • Vehicles
  • Consumer products
  • Workplace environments

Common Environments

  • Universities and research laboratories
  • Sports science institutes
  • Hospitals and rehabilitation centres
  • Paediatric clinics
  • Ergonomic consulting firms
  • Human performance laboratories

Key Benefits for Users

  • Accurate skeletal dimension measurements
  • Ideal for growth and development monitoring
  • Supports biomechanical and anthropometric research
  • Durable, lightweight aluminium construction
  • Reliable and repeatable results

Ensuring Accuracy in Bone Length Measurements

Accurate bone length measurements are essential for anthropometric studies, growth assessment, biomechanics, and clinical evaluations. Consistency in technique is often more important than the actual measuring instrument.

Use Clear Anatomical Landmarks

The most important factor is identifying and consistently using the same bony landmarks for every measurement.

  • Palpate and locate landmarks carefully.
  • Follow an established measurement protocol.
  • Document the landmarks used so future measurements can be replicated.

Position the Subject Correctly

Body position can significantly affect results.

  • Ensure the subject is relaxed and maintains a standardised posture.
  • Keep joints in the prescribed position for the measurement being taken.
  • Avoid movement during measurement.

Align the Caliper Properly

The caliper should follow the natural axis of the bone being measured.

  • Position the caliper tips directly over the selected landmarks.
  • Avoid angling or twisting the instrument.
  • Ensure the measuring arms make firm contact without excessive pressure.

Apply Consistent Pressure

Excessive force can alter positioning and reduce measurement accuracy.

  • Use gentle, consistent pressure.
  • Allow the spring-loaded mechanism to contact the landmarks naturally.
  • Avoid compressing soft tissue unnecessarily.

Take Multiple Measurements

A single measurement may be influenced by positioning or operator error.

  • Take at least two measurements.
  • If results differ significantly, repeat the measurement.
  • Calculate an average value when required by your protocol.

Use the Same Examiner

When monitoring growth or conducting longitudinal studies, consistency improves when the same person performs the measurements.

  • Reduces variability between operators.
  • Improves comparability over time.
  • Enhances reliability in research and clinical settings.

Regularly Check Equipment

To maintain measurement integrity:

  • Inspect the caliper for damage or wear.
  • Ensure the sliding arm moves smoothly.
  • Verify scale readability and accuracy.
  • Store the instrument in a protective case when not in use.

Record Results Immediately

Good data recording practices help prevent errors.

  • Record measurements immediately after taking them.
  • Use consistent units (typically centimetres).
  • Note the side of the body measured and the measurement protocol used.

Best Practice Summary

For the most accurate bone length measurements:

✅ Use clearly defined anatomical landmarks
✅ Standardise subject positioning
✅ Align the caliper correctly
✅ Apply consistent pressure
✅ Repeat measurements when necessary
✅ Use the same examiner whenever possible
✅ Maintain and inspect equipment regularly
✅ Record results carefully and consistently

Following these principles will help ensure reliable, repeatable measurements for growth studies, biomechanical analysis, sports science, and clinical assessments.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

 

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]]> Small Bone Caliper https://www.si-instruments.com.au/products/small-bone-caliper/ Tue, 04 Mar 2025 12:28:11 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=1008 Small Bone Caliper The Small Bone Caliper is a precision anthropometric measuring instrument designed for accurate measurement of smaller skeletal […]

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]]> Small Bone Caliper

The Small Bone Caliper is a precision anthropometric measuring instrument designed for accurate measurement of smaller skeletal dimensions and muscle widths. With a measuring range of 0 to 30 cm and graduations of 0.1 cm, it is ideal for body measurement studies, growth assessments, sports science, and clinical evaluations.

Constructed from lightweight, durable aluminium, the caliper incorporates a spring-loaded ball bearing within a sliding C-shaped arm to ensure smooth operation and consistent measurement pressure. This design provides accurate, repeatable results for a wide range of anthropometric applications.

Typical Applications

  • Wrist breadth measurements
  • Elbow breadth measurements
  • Knee breadth measurements
  • Ankle breadth measurements
  • Bicep width measurements
  • Calf width measurements
  • Anthropometric assessments
  • Growth and development studies
  • Sports science and athlete profiling
  • Ergonomic and biomechanical research

Typical Users

Anthropometrists

Used to measure skeletal breadths and body dimensions for population studies and body composition assessments.

Sports Scientists

Supports athlete profiling, body structure assessment, and performance research.

Researchers & Academics

Widely used in anthropometric, biomechanical, and human growth studies conducted in universities and research institutions.

Physiotherapists & Rehabilitation Professionals

Useful for documenting body dimensions and monitoring physical changes during rehabilitation programs.

Paediatricians & Child Development Specialists

Assists in tracking skeletal growth and development in children and adolescents.

Ergonomists

Used to collect body dimension data for workplace, equipment, and product design.

Common Measurements

  • Bicondylar humerus breadth (elbow width)
  • Bicondylar femur breadth (knee width)
  • Wrist breadth
  • Ankle breadth
  • Bicep diameter
  • Calf diameter
  • Other small body and skeletal dimensions

Key Features

  • Measurement range: 0 to 30 cm
  • Resolution: 0.1 cm
  • Lightweight aluminium construction
  • Spring-loaded ball bearing mechanism
  • Sliding C-shaped arm design
  • Accurate and repeatable measurements
  • Easy-to-use portable design
  • Suitable for clinical, educational, and research applications

Benefits

  • Accurate measurement of small skeletal dimensions
  • Ideal for anthropometric and body composition studies
  • Supports growth, development, and rehabilitation assessments
  • Reliable and repeatable measurement performance
  • Durable construction for professional use

Measurement Techniques for Wrist and Elbow Width Using a Small Bone Caliper

Accurate wrist and elbow breadth measurements are commonly used in anthropometry, body composition assessment, sports science, and growth studies. Consistent landmark identification and subject positioning are essential for reliable results.

Wrist Width (Bistyloid Breadth)

Purpose: Measures the width of the wrist across the bony prominences.

Measurement Technique

  1. Ask the subject to sit or stand with the forearm relaxed and the palm facing down.
  2. Locate the styloid processes of the radius and ulna on either side of the wrist.
  3. Position the caliper tips directly over these bony landmarks.
  4. Apply light, consistent pressure without compressing surrounding tissue.
  5. Read and record the measurement to the nearest 0.1 cm.

Typical Applications

  • Body frame size assessment
  • Anthropometric profiling
  • Growth and development studies
  • Sports science evaluations

Elbow Width (Bicondylar Humerus Breadth)

Purpose: Measures the distance between the medial and lateral epicondyles of the humerus.

Measurement Technique

  1. Ask the subject to flex the elbow to approximately 90 degrees.
  2. Locate the bony prominences on either side of the elbow:
    • Medial epicondyle
    • Lateral epicondyle
  3. Position the caliper tips on the outermost points of these landmarks.
  4. Ensure the caliper is perpendicular to the long axis of the upper arm.
  5. Apply gentle pressure and record the measurement to the nearest 0.1 cm.

Typical Applications

  • Skeletal frame assessment
  • Anthropometric studies
  • Body composition calculations
  • Athlete profiling and talent identification

Best Practice Tips

✅ Use clearly identifiable bony landmarks
✅ Keep the subject in a consistent position
✅ Apply gentle, uniform pressure
✅ Take at least two measurements and average if required
✅ Measure on the same side of the body for repeat assessments
✅ Record measurements immediately

Common Errors to Avoid

❌ Measuring over soft tissue instead of bone
❌ Excessive pressure with the caliper
❌ Incorrect elbow position during elbow breadth measurements
❌ Tilting the caliper during measurement
❌ Inconsistent landmark selection between assessments

Accurate wrist and elbow breadth measurements provide valuable data for anthropometric analysis, growth monitoring, ergonomic design, and sports science research.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Gollehon Extendable Goniometer https://www.si-instruments.com.au/products/gollehon-extendable-goniometer/ Tue, 04 Mar 2025 12:06:29 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=1001 Gollehon Extendable Goniometer The Gollehon Extendable Goniometer is an innovative range of motion assessment tool designed to provide greater accuracy, versatility, and […]

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Gollehon Extendable Goniometer

The Gollehon Extendable Goniometer is an innovative range of motion assessment tool designed to provide greater accuracy, versatility, and ease of use than traditional goniometers. Its unique extendable arm design allows clinicians to measure both small and large joints with a single instrument, making it ideal for a wide range of clinical and rehabilitation applications.

The extendable arms can be adjusted from 8.0 inches to 28.0 inches, enabling accurate measurements on joints ranging from the wrist and elbow to the hip and knee. Unlike conventional goniometers, which often require clinicians to estimate alignment, the longer arms can be positioned directly over anatomical bony landmarks, improving measurement consistency and reducing user error.

A magnified reading window and dual-scale display (0°-180° and 180°-0°) enlarge the measurement scale by four times, making readings easier to interpret and improving overall accuracy. Constructed from lightweight, durable ABS plastic, the Gollehon Extendable Goniometer is both portable and built for long-term clinical use.

Typical Applications

  • Physical therapy and rehabilitation
  • Orthopaedic assessment
  • Sports medicine
  • Occupational therapy
  • Post-surgical range of motion evaluation
  • Functional capacity assessments
  • Clinical research
  • Joint mobility monitoring

Suitable for Measuring

  • Shoulder flexion and extension
  • Elbow range of motion
  • Wrist mobility
  • Hip flexion and rotation
  • Knee flexion and extension
  • Ankle range of motion
  • Other large and small joint movements

Key Features

  • Extendable arms from 8.0″ to 28.0″
  • Measures both large and small joints
  • Dual scale: 0°-180° and 180°-0°
  • 1-degree increments for precise measurements
  • Magnified reading window for improved accuracy
  • Helps align with anatomical landmarks
  • Lightweight and durable ABS plastic construction
  • Compact, portable design
  • Cost-effective alternative to multiple goniometer sizes

Benefits Over Standard Goniometers

  • Improved alignment with bony landmarks
  • Reduced measurement error
  • Easier reading of results
  • Greater versatility across different joint sizes
  • One instrument for multiple assessment applications
  • Enhanced repeatability between clinicians and assessments

The Gollehon Extendable Goniometer is used by healthcare, rehabilitation, and sports performance professionals who require accurate and repeatable joint range of motion measurements. Its extendable arms make it particularly useful for measuring both small and large joints with a single instrument.

Physiotherapists

Physiotherapists use the goniometer to:

  • Assess joint mobility
  • Monitor rehabilitation progress
  • Measure improvements following injury or surgery
  • Evaluate functional movement limitations

Occupational Therapists

Used to assess range of motion required for:

  • Activities of daily living
  • Hand and upper-limb rehabilitation
  • Workplace injury recovery
  • Functional independence evaluations

Orthopaedic Surgeons & Clinics

Range of motion measurements assist with:

  • Pre-operative assessments
  • Post-operative monitoring
  • Joint replacement follow-up
  • Documentation of treatment outcomes

Sports Medicine Professionals

Sports physicians, physiotherapists, and athletic trainers use the instrument to:

  • Assess athletic performance
  • Monitor injury recovery
  • Identify movement restrictions
  • Support return-to-play decisions

Rehabilitation Centres

Used for ongoing assessment of patients recovering from:

  • Orthopaedic injuries
  • Neurological conditions
  • Musculoskeletal disorders
  • Surgical procedures

Chiropractors & Manual Therapists

Helps document spinal and extremity joint mobility before and after treatment.

Researchers & Academics

Universities and research institutions use the goniometer for:

  • Movement analysis studies
  • Biomechanical research
  • Clinical outcome measurement
  • Student training

Functional Capacity Evaluators

Used in occupational health settings to:

  • Measure joint mobility
  • Support return-to-work assessments
  • Document physical capability

Typical Measurement Applications

  • Shoulder range of motion
  • Elbow flexion and extension
  • Wrist mobility
  • Hip movement assessments
  • Knee flexion and extension
  • Ankle range of motion
  • General musculoskeletal evaluations

Why These Professionals Choose the Gollehon Extendable Goniometer

  • Measures both small and large joints with one instrument
  • Improved alignment with anatomical landmarks
  • Magnified scale for easier reading
  • Lightweight and portable design
  • Greater measurement accuracy and repeatability
  • Ideal for clinical, rehabilitation, research, and sports applications

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Mirror Tracer https://www.si-instruments.com.au/products/mirror-tracer/ Tue, 04 Mar 2025 11:03:19 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=973 Mirror Tracer The Mirror Tracer is a classic assessment and training device used to evaluate visual-motor coordination, motor learning, concentration, […]

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]]> Mirror Tracer

The Mirror Tracer is a classic assessment and training device used to evaluate visual-motor coordination, motor learning, concentration, and perceptual adaptation. The task requires the subject to trace a star-shaped pattern while viewing their hand movements only through a mirror, forcing them to reverse normal visual cues and adapt to altered visual feedback.

During the test, the subject traces the mirrored star pattern onto paper while a shield prevents direct observation of their hand. This creates a challenging task that measures the ability to learn and perform movements under reversed visual conditions.

For convenience and portability, both the mirror and shield fold down flat for easy storage when not in use.

Typical Applications

  • Psychology and behavioural science studies
  • Motor learning research
  • Perceptual-motor coordination assessment
  • Educational demonstrations and teaching
  • Neurological and cognitive research
  • Human performance studies
  • Occupational therapy and rehabilitation training
  • Learning and skill acquisition experiments

What the Test Measures

  • Hand-eye coordination
  • Fine motor control
  • Visual-motor integration
  • Learning rate and skill acquisition
  • Adaptation to reversed visual feedback
  • Concentration and performance accuracy

Key Features

  • Classic mirror tracing assessment tool
  • Mirrored star tracing task
  • Reversed visual feedback testing
  • Shield prevents direct view of the hand
  • Foldable mirror and shield for compact storage
  • Suitable for research, education, and training applications
  • Durable and easy-to-use design

Typical Users

  • Psychologists
  • Researchers
  • University teaching laboratories
  • Occupational therapists
  • Neuroscience researchers
  • Human performance specialists
  • Educational institutions

The Mirror Tracer is commonly used in psychology, neuroscience, motor learning, and educational settings to assess adaptation to reversed visual feedback. The following are typical protocols used to evaluate performance and learning.

1. Single-Trial Baseline Test

Objective: Assess initial visual-motor coordination and adaptation ability.

Procedure

  1. Seat the subject comfortably in front of the Mirror Tracer.
  2. Position the shield so the hand cannot be viewed directly.
  3. Instruct the subject to trace the star pattern while looking only at the mirror reflection.
  4. Record:
    • Completion time
    • Number of boundary crossings/errors
    • Whether the tracing was completed

Outcome Measures

  • Initial skill level
  • Visual-motor coordination
  • Adaptation difficulty

2. Motor Learning (Repeated-Trials) Test

Objective: Measure learning and improvement over time.

Procedure

  1. Perform 5-10 consecutive tracing trials.
  2. Allow a short rest period between trials.
  3. Record:
    • Completion time for each trial
    • Number of tracing errors
    • Accuracy score

Outcome Measures

  • Learning rate
  • Improvement in accuracy
  • Reduction in task completion time
  • Skill acquisition patterns

Typical Result

Most subjects show:

  • Faster completion times
  • Fewer errors
  • Improved tracing smoothness

3. Dominant vs Non-Dominant Hand Comparison

Objective: Compare motor performance between hands.

Procedure

  1. Complete the tracing task using the dominant hand.
  2. Repeat using the non-dominant hand.
  3. Record performance for each hand.

Outcome Measures

  • Hand dominance effects
  • Bilateral coordination differences
  • Fine motor control variations

4. Fatigue and Attention Study

Objective: Examine the effects of fatigue or concentration on performance.

Procedure

  1. Complete a baseline trial.
  2. Introduce a period of sustained activity or cognitive workload.
  3. Repeat the tracing task.
  4. Compare results.

Outcome Measures

  • Changes in error rate
  • Changes in completion time
  • Effect of fatigue on motor control

5. Rehabilitation Progress Assessment

Objective: Monitor recovery of motor function over time.

Procedure

  1. Establish baseline performance.
  2. Repeat testing at regular intervals during rehabilitation.
  3. Compare results across sessions.

Outcome Measures

  • Improvement in coordination
  • Reduction in errors
  • Improvement in movement control
  • Functional recovery trends

Typical Data Recording Sheet

Trial Time (sec) Errors Notes
1 120 18 Initial attempt
2 105 14 Improved control
3 92 10 Fewer boundary crossings
4 85 7 Increased confidence
5 78 5 Consistent tracing

Common Performance Indicators

  • Completion Time: How long it takes to complete the pattern
  • Error Count: Number of times the tracing crosses the boundaries
  • Learning Rate: Improvement between trials
  • Accuracy: Degree of conformity to the traced pattern
  • Consistency: Ability to maintain performance across repeated tests

These protocols make the Mirror Tracer a valuable tool for studying motor learning, visual-motor integration, hand-eye coordination, perceptual adaptation, and rehabilitation outcomes.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> O’Connor Finger Dexterity Test https://www.si-instruments.com.au/products/oconnor-finger-dexterity-test/ Tue, 04 Mar 2025 10:38:35 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=958 O’Connor Finger Dexterity Test The O’Connor Finger Dexterity Test is a widely used assessment designed to measure fine finger dexterity, […]

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]]> O’Connor Finger Dexterity Test

The O’Connor Finger Dexterity Test is a widely used assessment designed to measure fine finger dexterity, hand-eye coordination, and the ability to manipulate small objects quickly and accurately. The test requires the subject to place three pins into each hole on the test board, making it significantly more demanding than many standard pegboard tests.

Because of its emphasis on precise finger movements and speed, the O’Connor Finger Dexterity Test is often used to evaluate an individual’s suitability for tasks requiring exceptional manual dexterity.

Typical Applications

Occupational Assessment

Used to evaluate aptitude for jobs involving:

  • Small parts assembly
  • Precision manufacturing
  • Electronics assembly
  • Production line work
  • Quality inspection tasks

Technical & Instrument Assembly

The test has been found useful in predicting success in occupations requiring intricate hand movements, including:

  • Clock and watch assembly
  • Instrument manufacture
  • Armature assembly
  • Precision mechanical work
  • Small-component fabrication

Medical & Rehabilitation Settings

Used by therapists and clinicians to assess:

  • Fine motor skills
  • Hand function
  • Rehabilitation progress
  • Dexterity following injury or surgery

Vocational Evaluation

Useful in determining an individual’s ability to perform work requiring:

  • Rapid finger manipulation
  • Coordinated hand movements
  • Sustained manual precision

What the Test Measures

  • Finger dexterity
  • Fine motor coordination
  • Hand-eye coordination
  • Manual speed
  • Precision handling of small objects
  • Work-related manipulative skills

Typical Assessment Outcomes

Common performance measures include:

  • Total completion time
  • Number of pins correctly placed
  • Accuracy of placement
  • Ability to maintain speed and precision

Key Features

  • Assesses fine finger dexterity and coordination
  • Requires placement of three pins per hole
  • Simulates tasks involving manipulation of small components
  • Useful for occupational, vocational, clinical, and research applications
  • Provides objective and repeatable performance measurements
  • Suitable for aptitude testing and rehabilitation assessment
Typical Users of the O’Connor Finger Dexterity Test

The O’Connor Finger Dexterity Test is commonly used by professionals who need to assess fine motor skills, finger dexterity, hand-eye coordination, and the ability to manipulate small objects quickly and accurately.

Occupational & Vocational Assessors

Used to evaluate candidates for positions requiring:

  • Precision assembly work
  • Electronics manufacturing
  • Quality inspection
  • Small parts handling
  • Production and assembly line tasks

Occupational Therapists

Use the test to assess:

  • Fine motor function
  • Hand dexterity
  • Functional hand performance
  • Rehabilitation progress following injury or illness

Physiotherapists & Hand Therapists

Helpful for:

  • Assessing hand coordination
  • Monitoring recovery from hand injuries
  • Evaluating post-surgical outcomes
  • Tracking improvements in dexterity during rehabilitation

Psychologists & Human Performance Specialists

Use the test to measure:

  • Psychomotor performance
  • Manual dexterity
  • Motor skill development
  • Occupational aptitude

Rehabilitation Centres

Applied in rehabilitation programs involving:

  • Hand trauma
  • Neurological conditions
  • Workplace injuries
  • Return-to-work assessments

Vocational Rehabilitation Professionals

Used to determine suitability for occupations requiring:

  • Fine finger movements
  • Rapid manipulation of small components
  • Precision manual tasks

Researchers & Academics

Universities and research institutions use the test for studies involving:

  • Motor control
  • Hand function
  • Skill acquisition
  • Human performance
  • Ergonomics

Industries Commonly Using the Test

  • Electronics and circuit board assembly
  • Watch and clock manufacturing
  • Instrument assembly
  • Medical device manufacturing
  • Aerospace component assembly
  • Precision engineering
  • Pharmaceutical packaging and vial filling

Key Benefits for Users

  • Objective measure of finger dexterity
  • Assesses speed and accuracy simultaneously
  • Useful for aptitude testing and rehabilitation
  • Helps predict performance in precision manual tasks
  • Provides repeatable and standardised results

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> OH&S Digital Manual Handling Kit https://www.si-instruments.com.au/products/ohs-digital-manual-handling-kit/ Tue, 04 Mar 2025 07:19:28 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=906 Manual Handling Assessment Kit The Manual Handling Assessment Kit is a versatile solution designed to measure both the forces involved […]

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]]> Manual Handling Assessment Kit

The Manual Handling Assessment Kit is a versatile solution designed to measure both the forces involved in physically demanding tasks and the capability of personnel to safely perform those tasks. Available with a choice of digital or analogue force gauge, the kit provides objective data to support workplace safety, ergonomics, and manual handling assessments.

Supplied in a durable carry case, the kit includes a force gauge, gripping handle, and a range of accessories that allow users to measure push, pull, lift, and other forces encountered in everyday work activities. Its portable design makes it suitable for use in factories, warehouses, offices, healthcare facilities, and other workplace environments.

By providing accurate force measurements, the Manual Handling Assessment Kit assists organisations in identifying potential injury risks, evaluating job demands, and implementing safer work practices.

Typical Applications

  • Manual handling risk assessments
  • Workplace ergonomics studies
  • Push and pull force measurements
  • Lift and carry task evaluations
  • Occupational health and safety assessments
  • Functional capacity evaluations
  • Workplace design and process improvement
  • Injury prevention programs
  • Return-to-work and rehabilitation assessments

Typical Users

  • Ergonomists
  • Workplace Health & Safety Officers
  • Occupational Therapists
  • Physiotherapists
  • Rehabilitation Consultants
  • Human Factors Specialists
  • Occupational Health Professionals
  • Risk Management Consultants
  • Engineers and Workplace Designers

Key Features

  • Available with digital or analogue force gauge
  • Measures forces encountered during manual handling tasks
  • Assesses both task requirements and worker capability
  • Portable and easy-to-use design
  • Includes force gauge, handle, and accessories
  • Supplied in a durable carry case
  • Supports workplace safety and ergonomic evaluations
  • Suitable for field and on-site assessments

Benefits

  • Provides objective force measurement data
  • Helps identify manual handling risks
  • Supports compliance with workplace safety requirements
  • Assists in reducing workplace injuries
  • Improves ergonomic workplace design
  • Facilitates evidence-based decision making
Force Gauge Features in the Manual Handling Assessment Kit

The Manual Handling Assessment Kit is available with either a digital or analogue force gauge, allowing users to select the solution best suited to their application and budget. Both options are designed to provide reliable force measurements for workplace ergonomics, safety assessments, and manual handling evaluations.

Digital vs Analogue Force Gauges

Both digital and analogue force gauges are widely used for measuring push, pull, lift, and compression forces. The choice depends on the level of precision, reporting requirements, and operating environment.

Feature Digital Force Gauge Analogue Force Gauge
Display Digital LCD/LED display Dial and pointer display
Reading Accuracy Higher resolution and easier reading Accurate but depends on operator reading
Peak Hold Function Electronic peak capture Mechanical peak pointer
Data Storage Often available on selected models Not available
Data Transfer May support PC/software connectivity No electronic data output
Power Source Battery or rechargeable battery No batteries required
Ease of Reading Precise numerical display Quick visual indication
Environmental Robustness Robust but dependent on electronics Extremely rugged and simple
Reporting & Documentation Ideal for recording and analysis Manual recording required
Cost Generally higher Generally lower

Digital Force Gauges

Digital force gauges are ideal when accuracy, traceability, and reporting are important.

Advantages

  • Easy-to-read numerical display
  • High accuracy and resolution
  • Peak force capture
  • Suitable for documenting results
  • Can often connect to software for analysis and reporting
  • Reduces reading and transcription errors

Typical Applications

  • Quality control testing
  • Laboratory measurements
  • Research and development
  • Functional capacity evaluations
  • Detailed ergonomics studies

Analogue Force Gauges

Analogue gauges are valued for their simplicity and reliability.

Advantages

  • No batteries required
  • Rugged and dependable
  • Simple operation
  • Easy to use in field environments
  • Lower purchase cost
  • Always ready for use

Typical Applications

  • Manual handling assessments
  • Workplace safety audits
  • Field inspections
  • Occupational health assessments
  • General force measurements

Which Should You Choose?

Choose a Digital Force Gauge if you need:

  • Precise measurements
  • Electronic reporting
  • Data logging
  • Detailed analysis

Choose an Analogue Force Gauge if you need:

  • A simple and reliable instrument
  • Battery-free operation
  • Rugged field performance
  • Cost-effective force measurement

For many manual handling and ergonomics assessments, an analogue gauge provides a practical and dependable solution. For organisations that require formal reporting, trend analysis, or electronic records, a digital force gauge is often the preferred choice.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> OH&S Analogue Manual Handling Kit https://www.si-instruments.com.au/products/ohs-analogue-manual-handling-kit/ Tue, 04 Mar 2025 07:11:46 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=902 The Manual Handling Assessment Kit is designed to measure both the forces involved in physically demanding workplace tasks and the […]

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]]> The Manual Handling Assessment Kit is designed to measure both the forces involved in physically demanding workplace tasks and the ability of personnel to safely perform those tasks. Available with a choice of digital or analogue force gauge, the kit provides objective data to support workplace safety, ergonomics, and health assessments.

Supplied in a durable carry case, the kit includes a force gauge, gripping handle, and a range of accessories for measuring the forces associated with lifting, pushing, pulling, carrying, and other manual handling activities. Its portable design makes it ideal for on-site evaluations across a wide range of industries.

By accurately measuring task demands and worker capability, the Manual Handling Assessment Kit helps organisations identify potential risks, improve workplace design, reduce injury rates, and support evidence-based safety initiatives.

Typical Applications

  • Manual handling risk assessments
  • Workplace ergonomics evaluations
  • Push, pull, and lift force measurements
  • Occupational health and safety assessments
  • Functional capacity evaluations
  • Return-to-work programs
  • Workplace design and process improvement
  • Injury prevention initiatives
  • Facility safety audits

Key Features

  • Available with a choice of digital or analogue force gauge
  • Measures forces involved in manual handling tasks
  • Assesses both task requirements and worker capability
  • Includes force gauge, gripping handle, and accessories
  • Portable and easy-to-use design
  • Supplied in a durable carry case
  • Suitable for field and workplace assessments
  • Supports ergonomic and occupational health programs

Benefits

  • Provides objective force measurement data
  • Helps identify manual handling risks
  • Supports workplace safety compliance
  • Assists with ergonomic improvements
  • Helps reduce workplace injuries
  • Facilitates evidence-based decision making
  • Suitable for a wide range of industries and applications
Using the Gripping Handle and Accessories in the Manual Handling Assessment Kit

The gripping handle and accessories expand the capability of the force gauge, allowing workplace tasks to be measured in a realistic and repeatable manner. By connecting the appropriate accessory to the force gauge, users can simulate actual job activities and record the forces required to perform them.

Gripping Handle

The gripping handle is attached directly to the force gauge and is used to measure forces applied by a worker’s hands during manual handling activities.

Typical uses include:

  • Pulling tasks
  • Pushing tasks
  • Lifting assessments
  • Carrying force measurements
  • Functional capacity evaluations

During testing, the worker grasps the handle and performs the task while the force gauge records the force applied. This provides an objective measurement of the effort required.

Hook Attachments

Hooks can be connected to the force gauge to measure forces applied to objects, equipment, or fixtures.

Typical applications:

  • Opening heavy doors
  • Pulling carts and trolleys
  • Moving equipment
  • Measuring resistance in mechanical systems

Straps and Connection Accessories

Straps allow the gauge to be attached to larger objects or workplace equipment where a direct hand grip is impractical.

Typical applications:

  • Pull force testing on machinery
  • Resistance measurements
  • Securing the gauge during workplace assessments
  • Simulating specific work tasks

Push Testing Accessories

Compression accessories or pads may be used when measuring pushing forces.

Typical applications:

  • Push-force requirements for machinery controls
  • Cart and trolley starting forces
  • Workplace ergonomic assessments
  • Evaluating repetitive manual tasks

Best Practice During Testing

  • Select the accessory that best matches the actual task.
  • Ensure all attachments are securely connected.
  • Position the force gauge in line with the direction of force being applied.
  • Use smooth, controlled movements rather than abrupt pulls or pushes.
  • Repeat measurements several times and average the results where appropriate.
  • Compare measured forces against workplace guidelines or employee capability assessments.

Benefits of Using the Accessories

  • Simulates real workplace activities
  • Improves the accuracy of ergonomic assessments
  • Helps identify tasks with a high risk of injury
  • Supports workplace design improvements
  • Provides objective evidence for safety and return-to-work programs
  • Enables consistent and repeatable force measurements

Together, the force gauge, gripping handle, and accessories provide a practical system for evaluating manual handling demands, worker capability, and workplace ergonomics in a wide range of industries.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Lafayette Manual Dexterity Overview Brochure https://www.si-instruments.com.au/products/lafayette-manual-dexterity-overview-brochure/ Tue, 04 Mar 2025 06:33:08 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=899 Lafayette Manual Dexterity Assessment Products Lafayette Instrument offers a comprehensive range of manual dexterity and coordination assessments used in occupational […]

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]]> Lafayette Manual Dexterity Assessment Products

Lafayette Instrument offers a comprehensive range of manual dexterity and coordination assessments used in occupational testing, rehabilitation, research, education, and clinical evaluation. These instruments are designed to measure fine motor skills, hand-eye coordination, finger dexterity, manual speed, and bimanual coordination.

Included Dexterity Assessments

Purdue Pegboard Test

Evaluates:

  • Fine motor dexterity
  • Finger and hand coordination
  • Bimanual coordination
  • Occupational aptitude

Commonly used in rehabilitation, neuropsychological assessment, and personnel selection.

Minnesota Manual Dexterity Test (MMDT)

Measures:

  • Gross motor dexterity
  • Arm-hand coordination
  • Rapid hand movement
  • Manual handling ability

Often used for vocational evaluation and workplace aptitude testing.

O’Connor Finger Dexterity Test

Assesses:

  • Fine finger dexterity
  • Hand-eye coordination
  • Precision handling of small parts
  • Rapid manipulation skills

Requires placement of three pins into each hole, making it one of the most demanding manual dexterity tests.

Grooved Pegboard Test

Evaluates:

  • Psychomotor speed
  • Fine motor coordination
  • Visual-motor integration
  • Hand dominance performance

Frequently used in neurological and neuropsychological assessments.

Hand Tool Dexterity Test

Measures:

  • Skill in using common hand tools
  • Manual dexterity
  • Workplace task performance
  • Mechanical aptitude

Suitable for vocational and occupational evaluations.

O’Connor Tweezer Dexterity Test

Assesses:

  • Precision finger movements
  • Tweezer manipulation skills
  • Fine motor control
  • Hand-eye coordination

Commonly used for occupations involving miniature components and precision assembly.

Typical Users

  • Occupational Therapists
  • Physiotherapists
  • Hand Therapists
  • Psychologists
  • Neuropsychologists
  • Vocational Rehabilitation Specialists
  • Occupational Health Professionals
  • Human Factors Researchers
  • Universities and Research Institutions
  • Manufacturing and Training Organisations

Typical Applications

  • Occupational aptitude screening
  • Pre-employment assessments
  • Return-to-work evaluations
  • Hand injury rehabilitation
  • Neurological assessment
  • Research and education
  • Fine motor skill evaluation
  • Functional capacity testing
  • Workforce selection and training

Key Benefits

  • Objective measurement of dexterity and coordination
  • Standardised and widely recognised test methods
  • Suitable for clinical, occupational, and research settings
  • Supports rehabilitation and outcome tracking
  • Assesses both fine and gross motor performance
  • Provides repeatable and reliable results
Purdue Pegboard Test vs Grooved Pegboard Test

Both the Purdue Pegboard Test and the Grooved Pegboard Test are widely used to assess manual dexterity and hand function, but they measure different aspects of motor performance.

Feature Purdue Pegboard Test Grooved Pegboard Test
Primary Focus Fine motor dexterity and bimanual coordination Fine motor dexterity and visual-motor coordination
Task Place pins into holes as quickly as possible Insert keyed pegs into slotted holes with correct orientation
Hand Use Right hand, left hand, both hands, and assembly tasks Typically tested one hand at a time
Complexity Moderate Higher
Visual-Motor Demand Low to moderate High
Finger Dexterity Demand High High
Cognitive Component Minimal Greater due to peg orientation requirements
Common Applications Occupational assessment, rehabilitation, vocational testing Neuropsychological assessment, neurological evaluation, rehabilitation

Purdue Pegboard Test

The Purdue Pegboard Test is designed to assess:

  • Fine finger dexterity
  • Hand coordination
  • Bimanual coordination
  • Assembly skills
  • Manual work performance

Participants place pins into a vertical board using the right hand, left hand, and both hands. Some test versions also include assembly tasks using pins, washers, and collars.

Common Uses:

  • Occupational aptitude testing
  • Hand injury rehabilitation
  • Return-to-work evaluations
  • Industrial and vocational assessments
  • Research on manual dexterity

Grooved Pegboard Test

The Grooved Pegboard Test is more challenging because each peg has a key along one side and must be rotated to match the slot orientation before insertion.

It assesses:

  • Fine motor control
  • Visual-motor integration
  • Psychomotor speed
  • Hand-eye coordination
  • Manual dexterity under more complex conditions

Common Uses:

  • Neurological assessment
  • Neuropsychological testing
  • Brain injury evaluation
  • Stroke rehabilitation
  • Clinical research

Key Difference

The Purdue Pegboard primarily measures manual dexterity and coordinated hand movements, while the Grooved Pegboard adds a significant visual-perceptual and cognitive component because the subject must correctly orient each peg before placement.

Which Test Should You Choose?

  • Choose the Purdue Pegboard Test for evaluating general manual dexterity, hand coordination, and occupational performance.
  • Choose the Grooved Pegboard Test when assessing more complex hand function, visual-motor coordination, or neurological performance.

Many clinicians and researchers use both tests together to gain a more comprehensive understanding of hand function and dexterity.

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Lafayette Overview Brochure https://www.si-instruments.com.au/products/lafayette-overview-brochure/ Mon, 03 Mar 2025 14:15:58 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=891 Lafayette Evaluation & Assessment Catalogue For more than 60 years, professionals across a wide range of industries have relied on […]

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]]> Lafayette Evaluation & Assessment Catalogue

For more than 60 years, professionals across a wide range of industries have relied on Lafayette Instrument Company products for objective evaluation, assessment, and performance measurement.

The Lafayette Evaluation & Assessment Catalogue provides a comprehensive overview of instruments and testing systems designed to assess physical, cognitive, sensory, and psychomotor performance. These products are widely used in clinical, occupational, educational, research, and rehabilitation settings.

Typical Product Categories

  • Manual Dexterity Tests
    • Purdue Pegboard Test
    • Grooved Pegboard Test
    • Minnesota Manual Dexterity Test
    • O’Connor Finger Dexterity Test
    • O’Connor Tweezer Dexterity Test
    • Hand Tool Dexterity Test
  • Strength & Function Assessment
    • Hand-Held Dynamometers
    • Hand Grip Dynamometers
    • Pinch Gauges
    • Muscle Strength Testing Equipment
  • Range of Motion & Rehabilitation
    • Goniometers
    • Joint Assessment Tools
    • Functional Assessment Instruments
  • Anthropometric Measurement
    • Bone Calipers
    • Growth Assessment Instruments
    • Body Dimension Measurement Tools
  • Cognitive & Psychological Assessment
    • Motor Learning Tests
    • Coordination Assessments
    • Perceptual-Motor Evaluation Tools
    • Human Performance Testing Systems

Typical Users

  • Medical professionals
  • Occupational therapists
  • Physiotherapists
  • Rehabilitation specialists
  • Occupational medicine practitioners
  • Human resources professionals
  • Temporary staffing agencies
  • Vocational rehabilitation consultants
  • Psychologists and neuropsychologists
  • Researchers and academics
  • Educational institutions

Typical Applications

  • Pre-employment assessment
  • Functional capacity evaluation
  • Rehabilitation and return-to-work programs
  • Hand function and dexterity testing
  • Muscle strength assessment
  • Occupational aptitude testing
  • Human performance research
  • Clinical outcome measurement
  • Patient progress monitoring
  • Training and educational programs

Key Benefits of Lafayette Assessment Tools

Lafayette Instrument products are trusted worldwide for delivering objective, reliable, and standardised assessments across clinical, occupational, rehabilitation, research, and educational environments.

Objective Measurement

Lafayette tools provide quantifiable data rather than subjective observations, helping professionals make informed decisions based on measurable results.

Reliable and Repeatable Results

Designed to deliver consistent performance, Lafayette instruments enable accurate comparison of results over time, making them ideal for tracking progress and measuring outcomes.

Wide Range of Assessment Solutions

The product range covers multiple assessment areas, including:

  • Manual dexterity
  • Grip and pinch strength
  • Muscle strength
  • Range of motion
  • Anthropometric measurements
  • Motor learning and coordination
  • Functional capacity evaluation

Supports Rehabilitation and Recovery

Healthcare professionals can objectively monitor patient improvement, evaluate treatment effectiveness, and document rehabilitation outcomes.

Occupational and Vocational Assessment

Many Lafayette tools are widely used for:

  • Pre-employment screening
  • Job suitability assessments
  • Return-to-work programs
  • Functional capacity evaluations
  • Workplace ergonomics assessments

Research and Educational Applications

The standardised design of Lafayette instruments makes them suitable for:

  • Clinical research
  • Human performance studies
  • University teaching
  • Psychology and neuroscience investigations

Easy to Use

Most instruments are designed with simple operating procedures, allowing quick testing while maintaining high levels of accuracy and reliability.

Durable Professional Construction

Built for regular professional use, Lafayette products are known for their durability and long service life in demanding clinical and research environments.

Trusted Industry Reputation

With over 60 years of experience, Lafayette Instrument has established a reputation as a leading supplier of assessment and evaluation tools used by healthcare professionals, researchers, educators, and occupational specialists worldwide.

Summary

Lafayette tools help professionals:

  • Measure performance objectively
  • Improve assessment accuracy
  • Monitor progress over time
  • Support evidence-based decision making
  • Enhance rehabilitation and workplace assessment programs
  • Conduct reliable research and educational activities

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Pinch Elevator Door Force Tester https://www.si-instruments.com.au/products/pinch-elevator-door-force-tester/ Mon, 03 Mar 2025 11:58:11 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=841 The FM300 is an electronic measuring system designed to evaluate the closing force of elevator doors and machinery protection equipment. […]

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]]> The FM300 is an electronic measuring system designed to evaluate the closing force of elevator doors and machinery protection equipment. It provides accurate measurement and analysis to help manufacturers and operators verify safety and performance requirements.

The system consists of three main components:

  1. FM300 Sensor
  2. SEB2 Sensor Electronic Box
  3. PinchPilot PC Software

A range of spacer components allows the system to accommodate different door gap widths. During testing, the FM300 not only measures peak closing force but also calculates door energy and closing speed, providing a comprehensive assessment of door performance.

The battery-powered SEB2 Electronic Box can store up to 100 measurements, allowing data to be collected in the field before being transferred to a PC for long-term storage and analysis. The included PinchPilot Software enables detailed evaluation of test results and simplifies report generation.

Key Features

  • Designed for elevator doors and machinery protection equipment
  • Measures and evaluates door closing force
  • Calculates peak force, door energy, and closing speed
  • Includes FM300 Sensor, SEB2 Electronic Box, and PinchPilot Software
  • Accommodates different door gap widths using spacer components
  • Battery-powered operation for portable testing
  • Stores up to 100 measurements
  • PC-based data storage, analysis, and reporting
  • Ideal for safety verification, maintenance, and compliance testing

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Pinch Door Force Tester https://www.si-instruments.com.au/products/pinch-door-force-tester/ Mon, 03 Mar 2025 11:49:01 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=837 The FM100 is an electronic measuring system designed to accurately measure and evaluate the closing force of automatic doors and […]

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]]> The FM100 is an electronic measuring system designed to accurately measure and evaluate the closing force of automatic doors and gates. It is widely used during manufacturing, commissioning, maintenance, and operational testing to help verify safety and performance requirements.

Suitable for applications including railway, light rail, tramway, and bus doors, the FM100 provides a reliable solution for manufacturers and operators throughout the product lifecycle.

The system consists of three main components:

  1. FM100 Sensor
  2. SEB2 Sensor Electronic Box
  3. PinchPilot PC Software

During testing, the FM100 Sensor and battery-powered SEB2 Electronic Box work together to capture closing force measurements. The electronic box can store up to 100 measurements, allowing data to be collected and transferred to a PC for long-term storage and analysis.

The included PinchPilot Software enables users to evaluate measurement data, generate reports, and maintain comprehensive testing records.

Key Features

  • Designed for measuring and evaluating door and gate closing forces
  • Suitable for railway, light rail, tramway, bus, and automatic gate applications
  • Includes FM100 Sensor, SEB2 Electronic Box, and PinchPilot Software
  • Battery-powered portable operation
  • Stores up to 100 measurements
  • Easy transfer of data to a PC for analysis and archiving
  • Supports detailed evaluation and report generation
  • Ideal for manufacturing, commissioning, maintenance, and compliance testing

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Analogue Train Door Force Tester https://www.si-instruments.com.au/products/analogue-train-door-force-tester/ Mon, 03 Mar 2025 11:43:03 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=833 The DriveTest BIA Class 2 Standard is the original mechanical pinch force measuring system designed for testing the closing forces […]

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]]> The DriveTest BIA Class 2 Standard is the original mechanical pinch force measuring system designed for testing the closing forces of automatic doors. Renowned for its accuracy and durability, it provides a reliable solution for safety verification and routine inspection of door systems.

Precision-engineered for dependable performance, the BIA Class 2 features a robust mechanical design that delivers accurate force measurements without the need for complex electronics. Its durable construction ensures long-term reliability, even in demanding industrial and transportation environments.

Widely used for testing automatic doors across a range of applications, the BIA Class 2 remains a trusted choice for manufacturers, operators, and maintenance personnel requiring consistent and repeatable pinch force measurements.

Key Features

  • Mechanical pinch force measuring system
  • Designed for automatic door testing
  • Accurate and repeatable force measurements
  • Precision-engineered mechanical design
  • Robust and durable construction
  • Reliable operation in harsh industrial environments
  • Ideal for safety verification and maintenance testing
  • Long service life with minimal maintenance requirements

Choose S.I. Instruments for precision you can trust, compliance you can rely on, and service that delivers confidence.

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]]> Digital Train Door Force Tester https://www.si-instruments.com.au/products/digital-train-door-force-tester/ Mon, 03 Mar 2025 11:29:47 +0000 https://stage.makeitlive.info/si-Instruments/?post_type=products&p=829 DriveTest BIA Class 1 Digital Accurate Door Force Testing for Safer, More Reliable Rail and Bus Operations The DriveTest BIA […]

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]]> DriveTest BIA Class 1 Digital

Accurate Door Force Testing for Safer, More Reliable Rail and Bus Operations

The DriveTest BIA Class 1 Digital is an advanced electronic measurement system designed to test and verify the closing forces of automatic railway and bus doors. Trusted by vehicle manufacturers, maintenance providers, and transport operators, it delivers accurate, repeatable measurements that support passenger safety, regulatory compliance, and fleet reliability.

By combining the BIA Class 1 Sensor, SEB2 Electronic Box, and PinchPilot Software, the system enables technicians to quickly capture, store, analyse, and report door force measurements with confidence.

Why Choose the DriveTest BIA Class 1 Digital?

Improve Passenger Safety

Ensure automatic doors operate within required force limits and identify potential safety issues before they impact passengers.

Reduce Door Failures

Detect performance issues early and improve the reliability of automatic door systems across your fleet.

Minimise Vehicle Downtime

Fast and efficient testing helps maintenance teams complete inspections more quickly and return vehicles to service sooner.

Simplify Compliance and Audits

Generate professional digital records and reports to support maintenance documentation, quality assurance, and regulatory requirements.

Lower Maintenance Costs

Reduce manual record keeping and streamline inspection processes through digital data capture and reporting.

Key Features

  • Designed for testing automatic bus and train door closing forces
  • High-accuracy Class 1 force measurement
  • Portable battery-powered operation for field use
  • Stores up to 100 measurements
  • Quick data transfer to a PC
  • Advanced analysis and reporting with PinchPilot Software
  • Suitable for routine maintenance, commissioning, and compliance testing
  • Reliable and repeatable measurement results

System Components

BIA Class 1 Sensor

Precision force measurement sensor designed specifically for automatic door testing applications.

SEB2 Electronic Box

Portable battery-powered control and data storage unit capable of recording up to 100 test measurements.

PinchPilot Software

Powerful PC software for analysing results, storing measurement records, and creating professional test reports.

Applications

The DriveTest BIA Class 1 Digital is ideal for:

  • Railway operators
  • Metro and light rail networks
  • Rolling stock manufacturers
  • Bus operators
  • Maintenance depots
  • Vehicle commissioning and testing teams
  • Transport safety and compliance programs

Deliver Better Safety, Compliance and Reliability

The DriveTest BIA Class 1 Digital helps transport operators move beyond basic testing by providing accurate measurement, digital reporting, and valuable performance insights that improve passenger safety, operational efficiency, and fleet availability.

Measure with confidence. Maintain compliance. Keep your fleet moving.

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