Hand evaluation kit including Jamar Hydraulic Hand Dynamometer, Jamar Pinch Gauge, and Deluxe Small Joint Goniometer.
Jamar Hydraulic Hand Dynamometer
Measures isometric grip force and strength increases in rehabilitation and physical therapy programs. Ideal for routine screening of grip strength and initial and ongoing evaluation of hand trauma and dysfunction. Adjustable handle that allows user to quantify grip strength for different sized objects.
Jamar Pinch Gauge
The Jamar Pinch Gauge is designed to measure forces up to 60 lbs. This gauge is designed to measure accurate readings of isometric tip, key, and palmar pinch strength and measures in pounds and kilograms. A red pointer remains at the client’s maximum effort. Available in 30 lb and 60lb maximum ranges.
Jamar Deluxe Small Joint Goniometer
This goniometer is made to provide easy ROM measurements of metacarpal, phalangeal, and interphalangeal joints. Constructed of stainless steel, this hand evaluation tool is durable and made for easy hand evaluations in clinical environments. The Jamar Deluxe Small Joint Goniometer features linear inch and centimeter markings on both sides of protractor in opposite directions. The protractor measures 0° to 150° in 5° increments.
| Documentation
- Screening of grip strength and hand functionality. It can be used to evaluate initial and ongoing impacts of hand trauma and dysfunction.
- Jamar and B&L Engineering Pinch Gauges
- These are used by physicians and therapists in clinics and rehabilitation centers to measures pinch strength (Key, Tip, and Palmar).
- Test push/pull strength and functional task requirements
- Force gauges are ideal for strength assessment, ergonomic studies, and workplace design. Available in capacities of 100 lbF (500 N), 200 lbF (1,000 N), and 500 lbF (2,500 N).
- Hand Dynamometers and Pinch Gauges
- For over 40 years the JAMAR Hand Dynamometer has been the industry standard for grip strength data collection. Many states use the JAMAR Hand Dynamometer as a standard testing instrument for compensation determinations.