Fabrication Enterprises Inc 10-0875 Hand Exercise Web

Product Description

The FABRICATION ENTERPRISES INC 10-0875 is a latex-free hand therapy exercise web designed for rehabilitation and strengthening work. Measuring 14 inches in diameter, this X-Heavy resistance web is used in clinical and home therapy settings to support flexion, extension, opposition, and supination exercises of the hand and fingers. The black color coding identifies the X-Heavy resistance level. Resistance can be modified by adjusting hand position, varying the depth of finger insertion, or progressing to a different resistance web.

This exercise web is suited for occupational therapists, physical therapists, and hand rehabilitation specialists working in clinical, outpatient, or home care environments. It is appropriate for post-surgical recovery, injury rehabilitation, and general hand and grip strengthening programs. The latex-free construction makes it suitable for patients and practitioners with latex sensitivities. The standard 14-inch diameter accommodates a full range of hand sizes and exercise techniques.

Key Features

• Latex-free formulation for use with latex-sensitive patients
• 14-inch diameter standard size accommodates varied hand positions and exercise styles
• X-Heavy resistance level for advanced strengthening protocols
• Black color coding for quick resistance identification
• Resistance adjustable by changing hand position or finger insertion depth

Compatibility

Designed as a standard replacement or additional resistance level within the CanDo exercise web system, compatible with hand therapy programs requiring a 14-inch diameter latex-free web.

Installation Notes

No tools or mechanical installation required. Therapists and clinicians should instruct patients on proper finger insertion depth and hand positioning before use. Inspect the web before each session for tears, thinning, or degradation and replace if material integrity is compromised. Store away from direct sunlight and sharp objects to preserve resistance properties.