Partial Fingers/Partial Hand
With redesigned componentry and digits, the Össur i-digits quantum for partial hand amputees is smarter, faster, stronger, and smaller than its predecessors. Wearers can quickly utilize the many grips available through the activation of gesture control. Gesture control allows the user to quickly access many grips in performing everyday tasks. The new design is not only slimmer but also lighter allowing users to easily wear their prosthesis all day.
Naked Prosthetics PIPDriver is designed for individuals who have an amputation through the middle or distal phalanx. As an articulating, body-driven prosthesis, the PIPDriver restores length, provides dexterity, replaces a missing DIP joint, and protects sensitive residua.
Naked Prosthetics MCPDriver is designed for individuals with amputations through the proximal phalanx. The MCPDriver restores the middle and distal phalanges. These body-driven, articulating devices allow patients to regain fine dexterity and natural grip patterns. The MCPDriver excels at restoring pinch, key, cylindrical, and power grasps, as well as grip stability.
Naked Prosthetics ThumbDriver restores the ability of the hand to make a multitude of opposition grasps by providing IP joint flexion and tracking of the complex multi-axial motion of the thumb. Abduction/adduction washers allow the prosthetist to adjust the mechanical finger. The freedom of motion in this component helps the patient gain optimal grip pattern. The silicone tip resembles the natural fingertip and provides added grip.
The Point Digit is designed for patients with finger amputation who require a robust device and the ability for one-handed operation and various levels of flexion. The prosthesis is made of titanium and stainless steel, and comes with all necessary hardware for integration into a prosthetic socket. Prosthetic fingers come in polished or gunmetal finishes. To operate our artificial fingers, the user positions the Point Digit into one of the 11 locking levels of flexion by pushing the dorsal side of the finger against an opposing surface (e.g., table, thigh, etc.). The device locks into place automatically enabling the individual to perform their desired task. There are two methods to extend the digit; 1) by pressing the button on the dorsal side of the finger, or 2) by fully flexing the finger to engage the auto spring back feature (single-handed use). A mounting kit aligns fingers relative to each other for multiple (up to 4) finger systems. The fingers are ideal for people with near MCP level amputation. Slightly distal (especially if the residual digit range of motion is minimal) and proximal partial hand patients are also good candidates. The best outcome when the patient has an intact thumb for opposition.
College Park M-Fingers are simple to operate and controlled by the user’s own motion, allowing the patient to perform tasks more effectively, more responsively, and with optimized precision. They conform around objects to provide a secure and confident grip for the user. M-Fingers were designed with high strength, injected molded composite materials to deliver the durability and longevity needed for daily use
College Park Partial M-Fingers were designed for someone missing a portion of their finger. A custom molded, high strength carbon fiber socket can be constructed to provide optimum comfort and stability. Partial M-Fingers are controlled by motion in the remaining finger so the user has direct control of speed and placement of the fingertip, allowing for precise and rapid grasping of objects.
College Park’s titanium Titan Series Fingers are designed for the heaviest-duty user, ideal for those with occupational requirements. They are suitable for someone missing a portion of their finger or complete absence of the finger and available in a variety of sizes. The ratchet design allows the patient to manually position the joints in the most functional position, while providing a secure grasp. Various bases allow for the device to be fit as a thumb with full rotation and adjustable friction.
