A body powered prosthetic hand uses body movement and a harness or control system to operate the hand mechanically. iGrip uses a voluntary-closing mechanism for controlled gripping.
iGrip is a voluntary-closing, body-powered, below-elbow prosthetic system. iGrip provides superior mechanical advantage, and performance, and requires minimal force to operate.
Voluntary closing terminal devices offer superior performance to the limb deficient.
Training is no more difficult with voluntary closing; gripping force range is expanded and directly proportional to output.
Voluntary closed terminal devices offers intuitive operation, accurately controllable pinch force, and inherently good quality feedback of force and motion.
Muscles of the torso and limb are used more actively. Healthy, and strong muscles can only enhance externally powered control and utilization.
Voluntary closing systems can achieve gripping prehension which equals or exceeds user’s anatomical capabilities.
Designed for controlled griping and superior force transmission.
At 345gm iGrip requires minimal muscular effor during locomotion.
Continuous holding is possible with position-locking switch.
Prosthetic user can grasp object with ease thanks to high opening dia of 72mm.
iGrip is designed to endure toughest conditions, and it is proven!
Subhro
Mijanur
Dhananjoy
Experience controlled grip and natural hand movement with iGrip, a body powered prosthetic hand designed for below-elbow users. Its voluntary-closing mechanism provides precise grip control for everyday activities.
AtriEx myoelectric hand prosthetic offers natural control, all-day battery, lightweight and fast movement. This prosthetic hand comes with wireless switch and EMG sensor.
EasyFlex Elbow Joint Prosthetic provides lightweight design, smooth motion, secure locking, and lasting comfort for natural arm movement also available in different colours.
A body powered prosthetic hand uses body movement and a harness or control system to operate the hand mechanically. iGrip uses a voluntary-closing mechanism for controlled gripping.
iGrip is designed as a below-elbow prosthetic system and may be considered for users who can operate a body-powered control system. A prosthetic specialist can assess individual suitability.
A voluntary-closing design allows users to actively control the gripping force, providing responsive grip control and useful force feedback during everyday activities.
Yes. A mechanical hand prosthesis such as iGrip is designed for controlled gripping and practical daily use, with a lightweight construction and position-locking mechanism.
A below elbow prosthetic hand can provide controlled grasping and positioning for everyday tasks. iGrip has a 72 mm opening diameter to help users grasp objects of different sizes.
iGrip includes a position-locking switch that allows continuous holding, helping maintain the grip without requiring constant active control.
Consider the level of amputation, control method, required grip strength, hand opening, weight, comfort, daily activities, and compatibility with the prosthetic socket and harness.
Body powered prostheses generally use mechanical components rather than powered electronic systems. iGrip’s mechanical design does not rely on a motor or battery for hand operation.
The overall prosthetic system, including the socket and fitting, can be customized according to the user’s anatomy and functional requirements. Vispala also provides customized prosthetic solutions based on individual needs.
Suitability depends on factors such as the level of limb loss, residual limb condition, muscle control, lifestyle, and required hand function. A prosthetic specialist can assess these factors before recommending a solution.
Vispala Technologies ensures prosthetic and orthotics are complaint to global benchmarks. Vispala is ISO 9001; ISO 13485 certified organisation. Our clinicians are Rehabilitation Council of India certified.
Our prosthetic sockets are custom-designed considering both medical and lifestyle need. Top solutions includes – Standard Socket: Anatomical fit with low maintenance. Shuttle Lock System: Secure, easy to maintain suspension. Vacuum Technology: Delivers superior comfort, ergonomic fit, and proprioception. We ensure every prosthetic socket is tailored for optimal performance and daily ease of use.