K4 prosthetic knee joints

With the market launch of the Genium leg prosthesis in 2011, Ottobock opened up entirely new horizons for prosthesis wearers: an unprecedented, natural gait pattern, climbing stairs step-over-step, overcoming obstacles, walking backwards, ...

As someone with a prosthesis, confidence in your knee joint throughout daily activities is key. That's why we've been dedicated to developing a knee joint that makes ...

... angle of up to 145°. • Its hydraulic unit is filled with high-performance oil: the knee accommodates changes in walking speed. • In the stance phase, the 4-axis joint geometry delivers ...

... compact knee designed for children weighing less than 45 kg. lightweight and compact knee for women and teenagers weighing less than 80 kg. • Safety during the stance phase due to the knee’s ...

... preventing clothing from getting caught in the mechanism Indications Above knee amputations, medium to high impact level, K3-K4

Lightweight, 4-bar, polycentric design Friction swing control and extension assist Adjustable stability control Free motion setting available Rotatable knee disarticulation adapter available (SSK610A-DIS) Indications AK ...

prosthetic knee joint Materials Light alloy / Stainless steel Flexion 125 ° Weight 485 g Weight limit 100 kg Compatibility Starflex adapters - Ø 30 mm tube Stettings Adjustement ...

Single axis knee with weight activated brake and spring assisted extension return Material Titanium Flexion 150 ° Weight 400 g Weight limit 100 kg Compatibility Adapters for the adult pyramid system Stettings Adjustable ...

This hydraulic knee is specific for people with K level 4, high mobility level. It is possible to regulate during the dynamic alignment the response and the stiffness. This knee ...

NK-6 - 6-Bar Hydraulic Knee Description - code NK-6 - 6.003.01 NK-6 SH - 6.003.02 NK-6 +L - 6.003.03 NK-6 SH +L - 6.003.04 The NK-6 has a unique 6-Bar polycentric structure, which provides a great stability ...

... walking cycle, using knee joint flexion data. The microprocessor then signals a stepping motor within the unit which in turn activates the needle valve of the pneumatic cylinder causing it to adjust ...