- Ti6Al4V alloy material
- Offset gradient design
- Multiple coating choices
- Anatomical medial arc design
- 3 ° taper design of stem body
- High-polished bullet-shaped design at the distal end
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1. Ti6Al4V alloy material and multi-coating
The femoral stem is made of titanium alloy, offering excellent biocompatibility and strength. The proximal part of stem is covered by titanium coating, and the rest part of the stem is covered by sandblasting or other coatings, ensure the bone ingrowth effect and long term stability.
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2. Various components available
We provide various hip system components, besides the components we showed above, we also provide dual mobility hip system and ceramic femoral head etc., which could be freely combined with the stem, meet different needs during the surgery.
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3. Advanced femoral stem design
12/14 standard taper design. Anatomical and taper design of stem shaft, with high polished bullet distal design for reducing the post-surgery pain and increasing long term stability
- Enhances range of motion and reduces impingement
- Made by Co-Cr-Mo alloy, provide casting and forging construction
- Ceramic femoral head available
- Anatomically contoured inner curvature, ensures optimal prosthesis-medullary canal congruence.
- Proximal microporous titanium coating offer an excellent bone ingrowth effect, ensure the long term stability.
- Dual-taper stem design minimizes subsidence risk
- Sandblasting coating, improve the bone ingrowth effect
- Made by Ti6Al4V alloy
- Scallop-shaped locking edge reduces rotation and fretting in cup liners
- Pure titanium microporous coating has good biocompatibility. (HA coating is also available)
- Could be fixed by acetubulum screws
- Sharp and anti-friction blades, balance cuttingforce and flexibility
- Blades Working height is only 0.13mm, which could avoid blood vessel perforation
- Pre-made longitudinal neat blades, which could reduce the risk of intimal disordered tearing
- Sharp and anti-friction blades, balance cuttingforce and flexibility
- lmprove crossability
- Optimize retraction
- lmprove crossability
- Optimize retraction
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