Product Details
SAFETY Bipolar Hip Head Implant from China Suppliers & Factory - Anti-Dislocation and Customized Sizing
Special Description
- The special anti-dislocation snap ring is effective to prevent from dislocation
- The various sizes (with 2 mm increment) will meet different requirements
- High polished Co-Cr-Mo Cup and Germany UHMWPE liner
SAFETY Bipolar Head for Hip Hemiarthroplasty
The SAFETY Bipolar Head is designed for use with a modular prosthesis head. It features a detachable locking ring, secured with forceps, to ensure a stable fixation. The self-centering design optimizes load transfer and minimizes wear, maintaining a robust connection between the metal shell and the polyethylene insert. The outer shell is made of high-quality, implant-grade cobalt-chromium (CoCr) alloy.
Special Instrumentation
SAFETY Bipolar Head Specifications
| Specification | Material |
|---|---|
| 38/24 | CoCrMo Germany UHMWPE |
| 40/24 | |
| 42/24 | |
| 44/28 | |
| 46/28 | |
| 48/28 | |
| 50/28 | |
| 52/28 | |
| 54/28 |
Frequently Asked Questions
How does the SAFETY Bipolar Head prevent dislocation?
The implant features a special anti-dislocation snap ring that is highly effective in preventing dislocation during post-operative movement.
What materials are used in the construction of the SAFETY Bipolar Head?
It is manufactured using a high-polished Co-Cr-Mo (Cobalt-Chromium-Molybdenum) cup combined with a premium Germany UHMWPE (Ultra-High-Molecular-Weight Polyethylene) liner.
What is the benefit of the self-centering design?
The self-centering design optimizes load transfer and minimizes wear, ensuring a robust and stable connection between the metal shell and the polyethylene insert.
How is the detachable locking ring secured?
The detachable locking ring is designed to be securely fixed and stabilized using specialized forceps during the surgical procedure.
What sizing options are available for this prosthesis?
The SAFETY Bipolar Head comes in various specifications ranging from 38/24 to 54/28 (with 2 mm increments) to meet diverse patient anatomical requirements.


