Mod. Knee Joint, servo-pneum., Screw Top
Item #: 3R106-PRO=STOverview
The key element of the new 3R106 Pro is the servo-pneumatic control unit. Its powerful dual-chamber pneumatic unit with progressive damping properties has a flexion valve that the prosthetist sets for the user‘s normal walking speed. At faster walking speeds, the flexion resistance increases auto-adaptively, which prevents too much flexion of the knee joint. The pendulum movements in the swing phase are thus harmoniously controlled even at higher walking speeds.
The integrated, automatic quick venting of the flexion chamber ensures that harmonious extension movement is possible even at higher walking speeds so a greater range of walking speeds is supported. The max. body weight of 125kg /275lbs and the availability of three proximal connector versions allow a wide range of users to benefit from the advantages of the new 3R106 Pro.
Scope of Delivery
- 2R49 Tube Adapter
- 513D83=1.4X12.6X66 Compression Spring, Heavy duty
- 513D83=1.1X12.9X66 Compression Spring, light duty
Specifications
Activity Level | K3 |
---|---|
Maximum Body Weight | 275 lbs (125 kg) |
Proximal Connection | Threaded top |
Distal Connection | Tube Clamp (30 mm diameter) |
Maximum Knee Flexion Angle | 175 degrees |
Product Weight | 910 g |
Build Height | 219 mm |
Distal Build Height | 208 mm |
Proximal Build Height | 11 mm |
Accessories
Spare parts
Documents
3R106-Pro, 3R106-Pro=KD, 3R106-Pro=ST - Instructions for Use
Instructions for Use
PDF Document | Published: Jul 14, 2020
3R106 Pro Polycentric knee joint with servo-pneumatic control - Information for Practitioners
Product Information
PDF Document | Published: Jan 1, 2016
Lower Limb Prosthesis Documentation Guide for Medicare and Medicare Advantage
Reimbursement
PDF Document | Published: Dec 2, 2024
3R106 Polycentric Prosthetic Knee Joint with Pneumatic Control - Information for Practitioners
Product Information
PDF Document | Published: Apr 1, 2013
Alignment Recommendations for TF Modular Lower Limb Prostheses
Product Information
PDF Document | Published: Aug 1, 2013