Myoelecytric, electric, mechanical, passive, functional prosthetics and gloves.
Powered by Touch Bionics’ unique biosim software, the i-limb ultra is the most versatile prosthetic hand available, providing you with the ability to customize the hand for your daily needs. Each finger bends at the natural joints so that it can accurately adapt to fit around the shape of the object you want to grasp.
Touch Bionics has developed i-limb skin active. This is a thin layer of semi-transparent, flesh colored or black material that has been computer-modeled to accurately wrap to every contour of the hand. With slip coating on the inside and back of the hand for easy donning and doffing, i-limb skin active is designed for simplicity and ease of use.
Download iLimb product sheet
i-limb digits is the fully customized electronic prosthesis for people with missing fingers or partial hands.
With i-limb digits, one to five missing fingers can be replaced with one of individually powered prosthetic digits. These digits, which move independently and bend at the joints, work in conjunction with any remaining fingers to help you increase your functional capabilities.
Michelangelo, a myoelectric prosthetic for upper-limb amputees – a hi-tech combination of function and natural appearance, designed to mimic human anatomy and motion with individual digit and wrist movements. The Michelangelo prosthetic hand features a highly natural design that’s built on incredible technology. It will give you more ways to move your hand, and make all sorts of everyday tasks easier and more natural. Imagine being able to grasp and hold objects with greater control—and less effort.
Download Michelangelo prosthetic brochure
The thumb can be positioned separately; seven different hand positions; flexible wrist joint; four high-quality AxonSkin gloves are available for the Michelangelo Hand.
Alternative Prosthetic Services is an on-site restoration service providing custom form-fitting silicone rubber prostheses for a variety of amputations. The prostheses that they create are highly realistic in appearance, replicating each patient’s unique skin texture, color, and anatomy.