Humac Accessories
Attachments and Components for Humac / Cybex Isokinetic Dynamometers
TRUNK MODULAR COMPONENT (TMC)
With the TMC the HUMAC NORM Isokinetic Dynamometer is perfectly suited for testing and rehabilitation in a fully functional, standing position. The motorised footplate ensures accurate patient positioning. The low inertia input assembly and lightweight attachment enables patients to begin rehabilitation sooner.
JOHNSON ANTI-SHEAR
(JAS)
The Johnson Anti-Shear Dual Pad Accessory with adjustable fulcrum allows the clinician to select the correct amount of counterforce necessary to control anterior shear during knee extension. This prevents excessive stress on repairs, healing, or chronically lax ligaments.
The perfect accessory for knee flexion/extension isokinetic testing on your Humac Norm Isokinetic Dynamometer.
WALL MOUNTED STORAGE SYSTEM
Allows the Therapist to keep all the accessories of their Humac Norm Isokinetic Dynamometer in one place. Because the Humac Norm’s standard trolley does not fit in all clinic spaces, the wall mounted Storage System is an easy space saver.
WALL MOUNTED STORAGE SYSTEM
Using the Humac Norm Isokinetic Dynamometer with the attachments safety mounted on the wall, to you allow greater floor space in your clinic.
RESEARCHERS TOOLKIT
Optional Research Toolkit Module for HUMAC Software
Researchers have expressed an interest in manually controlling the HUMAC NORM Isokinetic Dynamometer and for a wider and finer performance envelope. To meet these needs, CSMi has created the HUMAC Research Toolkit. The Research Toolkit gives the researcher direct control of the dynamometer.
RESEARCHERS TOOLKIT
Key Features:
*Stand-alone Research Toolkit software module to control the Humac Norm Isokinetic Dynamometer.
*Two Windows – Control Panel and Feedback Panel.
*User can set range-of-motion as required – no preset range limits.
*Micro speed (starting at 1/16 of a degree per second) and Micro torque (sensitive to 1/10 of a ft-lb) adjustments.
*Slider Bars to set controls.
*Display torque, position, and velocity curves.
*Vary sampling rate from 10 to 2,500 samples/second.
*Manually adjust torque scale.
*Capture data set and store as Excel or CSV file.
*See real time results and peak levels for toque, position, and velocity for agonist and antagonist motions.