plastic finger goniometer has head with opposing measures 110ø flexion through 40ø hyper-extension in 5ø increments *Linear scale on arm measures in inches and centimeters and has 10cm / 4
8lbs * A double stitched exercise weight for the upper or lower extremities * Features velcro-type closures heavy-duty vinyl cover and each weight is stamped with both pounds and kilograms * Also features hanging hole for weight storage rack * Rehab ankle or wrist weight *
: First we made the new formula more natural by adding an enhanced botanical blend and removing the paraben and propylene glycol
Baseline© Back-Leg-Chest Dynamometer - Standard Platform - 165 lb Capacity: The Baseline© back leg and chest dynamometer is perfect for muscle strength measurement job task analysis and functional capacity evaluation (FCE) *The unit can be used to measure strength of muscles of the back leg and chest *The measurement base provides secure footing *Chain length is adjusted to accommodate for height differences or to vary the point of force application *Maximum reading remains until the unit is reset *The strength reading can be viewed as pounds or kilograms *CE Certified *Comes in a protective carrying case *Dimensions: 18 x 3 x 18 *Weight: 16 lbs *UPC: 714905014382
5 lbs * A double stitched exercise weight for the upper or lower extremities * Features velcro-type closures heavy-duty vinyl cover and each weight is stamped with both pounds and kilograms * Also features hanging hole for weight storage rack * rehab ankle or wrist weight *
Push-Pull Muscle Strength Dyn. Digital 100 Lb. plastic finger goniometer has headDIGITAL (LCD) READOUT * 100 lb * The heavy duty dynamometer features the hydraulic system that is used in the industry accepted Baseline and Jamar hand dynamometers and pinch gauges * Hydraulic system ensures accurate readings * The dynamometer is much lighter (1. 5 lb. vs. 6 lb.) and easier to use than spring push pull dynamometers that are in common use today * Dial continuously shows instantaneous force and holds the maximum force reading * This
