The HUMAC NORM is your solution for measuring and improving human performance in the clinic, training room, and research laboratory.

The HUMAC NORM offers 22 isolated-joint movement patterns, four resistance modes (isometric, isokinetic, isotonic, and passive) and numerous reports to meet the measurement and exercise needs of today's clinicians and researchers.

In one machine the HUMAC NORM offers 22 isolated-joint movement patterns, four resistance modes (isometric, isokinetic, isotonic, and passive) and numerous reports to meet the measurement and exercise needs of today's clinicians and researchers.

Measurement
Only with testing can you determine baselines, set goals, and track change. The HUMAC NORM offers two primary measurement solutions.

• Isometric Testing: when dynamic movement is a concern, isometric testing is the answer. The HUMAC NORM will safely position the patient to each angle in the protocol. Protocol options include angles, hold-times, rest periods, repetitions, and sets.
• Isokinetic Testing: to determine maximum dynamic capability throughout the range-of-motion isokinetic testing is the solution. The HUMAC NORM offers concentric and eccentric resistance testing. Isokinetic curve results make it easy to determine areas of pain or weakness and determine capability.

Trunk Modular Component (TMC)
With the TMC the HUMAC NORM is perfectly suited for trunk 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.

Closed Kinetic Chain (CKC) Accessory
The CKC expands the HUMCAC NORM from a rotary device to a linear device. Use the rugged CKC to test and exercise patients in linear, closed chain patterns. The CKC includes attachments to perform a single and bilateral leg press, and bilateral chest press.

Johnson Anti-Shear Accessory
The Johnson Anti-Shear Dual Pad Accessory with adjustable fulcrum allows the clinician to control anterior shear during knee extension. This prevents excessive stress on repairs, healing or chronically lax ligaments.