Nabtesco

The ALLUX knee, the world’s first four-bar hydraulic microprocessor stance and swing phase controlled knee. It boasts a dual safety system based on great toe clearance by polycentric design and microprocessor control.

November 2016

The Gery foot for geriatric patients is another innovation from Proteor. It’s a very light and comfortable foot for the everyday, elderly shufflers. Made of EVA closed-cell foam.

May 2016

Allux is the world’s first four-bar hydraulic microprocessor stance and swing phase controlled knee. Nabtesco, leaders in microprocessor knee technology, have once again driven innovation forward with their new design.

April 2016

The Symphony six axis hydraulic knee and the Dynastar foot provide a complete solution. The Symphony mixes fluidity and security. The Dynastar aims for comfort and security.

January 2016

Allux is the world’s first four-bar hydraulic microprocessor stance and swing phase controlled knee. Nabtesco, a leader in microprocessor knee technology, has once again driven innovation forward with its new design.

September 2015

The Gery is a very light and comfortable foot for geriatric patients or amputees of low activity. It’s 30 percent lighter than a SACH foot, and is delivered fitted with a malleolar clip.

June 2015

Pick your Keasy for each situation. Each one has a heat-shapeable EVA cone, is latex-free, glueless, fast, cost efficient, and now comes in two new sizes.

March 2015

The Symphony six axis hydraulic knee offers comfort, stance flex security, adaptability, and selective lock. The DynaStar foot has a flexible PU core, energy transmission through the hard sole, and a new ebony cosmetic cover.

February 2015

The Symphony six axis hydraulic knee offers comfort, stance flex security, adaptability and selective lock. The DynaStar foot has a flexible PU core, energy transmission through the hard sole, and a new ebony cosmetic cover.

September 2014

The electronic pneumatic hydraulic Hybrid Knee offers complete safety during stance phase thanks to the mechanism of reaction force sensing (MRS) that allows step-over-step walking on stairs and slopes.

May 2014