Multifunction Correction System Joints
Item #: 17BK1=R3Static joints for positioning orthoses
Overview
The objectives of contracture treatment are to restore joint functionality and avoid deformities. The static correction joint system for the upper and lower extremity (hand, elbow, knee, and ankle joints) is suitable for fittings for adults as well as children. It is used in positioning orthoses with the joints matching the known dimensions of the Ottobock portfolio of joint bars. The individually required angles are continuously adjustable by means of a worm gear. For orientation, control and targeted adjustment of the correction, an angle scale is printed on the joints. An easy-on, easy-off system has been developed for quick application and removal of the orthosis, allowing correction to be disengaged completely. Another setting option is the unlocking of the joint, which can be set to any extension stop angle. This allows for physiotherapeutic training as well as installation of a dynamic unit. Anodized aluminum with worm gear of steel, Static joints for positioning orthoses Delivery condition: The joint is supplied with an adjustment wrench.Specifications
Side | Right |
---|---|
System Width | 14 mm (0.551 in) |
Material | Aluminum |
Quantity | Piece |
Body Height | Wrist Joint | Elbow Joint | Knee Joint | Ankle Joint |
---|---|---|---|---|
Child up to 1 m | 17BK1=L4, 17BK1=R4 | 17BK1=L4, 17BK1=R4 | 17BK1=L4, 17BK1=R4 | 17BK1=L4, 17BK1=R4 |
Child 1 - 1.40 m | 17BK1=L3, 17BK1=R3 | 17BK1=L3, 17BK1=R3 | 17BK1=L3, 17BK1=R3 | 17BK1=L3, 17BK1=R3 |
Adults up to 1.60 m | 17BK1=L2, 17BK1=R2 | 17BK1=L2, 17BK1=R2 | 17BK1=L2, 17BK1=R2 | 17BK1=L2, 17BK1=R2 |
Adults 1.60 - 1.90 m | 17BK1=L1, 17BK1=R1 | 17BK1=L1, 17BK1=R1 | 17BK1=L1, 17BK1=R1 | 17BK1=L1, 17BK1=R1 |
Spare parts
Documents
Multifunctional Correction System Joints - Information for Practitioners
Product Information
PDF Document | Published: Apr 1, 2012
17BK1 Correction System Joint, 17Bk2 Dynamic Unit - Quickstart
Product Information
PDF Document | Published: Aug 1, 2012