Technology
D-SLA Pure Titanium Surface Technology
Redefining Osseointegration. Artisanal design, robust integration – Every technical detail of OYRAY implants serves a single purpose: to achieve long-term, predictable bone bonding results.
Higher Purity – 100% Pure Titanium Surface with Extremely High Biocompatibility. Energy Dispersion Spectroscopy (EDS) analysis reveals that the mass percentage of titanium (Ti) and the atomic percentage both reach 100.00% ± 0.34, with a fit ratio of 0.0113. The purity is controllable and traceable.
Safer. Spherical sandblasting + 16 stages of clean processing technology to eliminate pollution at its source, ensuring the entire surface treatment process is pure and reliable.
The microstructure has been upgraded to become even more robust, enabling faster and stronger bone bonding, thereby providing strong support for early stability of the implant.
| Element | Line | Mass% | Atom% |
|---|---|---|---|
| Ti (Titanium) | K | 100.00 ± 0.34 | 100.00 |
| Total | — | 100.00 | — |
From Purity to Integration
A deep bond between the pure titanium surface and trabecular bone structure is the foundation of long-term implant success.
Implant Design Features
- Universal tapered structure Easy operation, efficient implantation, simplified clinical workflow.
- Variable thread design Suitable for various bone conditions, with smoother implantation.
- Combined tapered cutting grooves Efficient cutting, easily penetrates through dense bone.
- Morse taper connection An 11° Morse taper combined with an internal hex delivers a tight seal and reliable torque transmission.
- Optimized neck design Significantly increases bone contact area, achieving excellent primary stability even in cancellous bone.
Premium Materials, Long-Lasting Reliability
Original precision component system: ultra-low-clearance titanium alloy for a precise fit, effectively preventing micro-movement, wear, and mechanical failure.
Source cleanliness
Contact-free from production to packaging, eliminating contaminants and impurities.
Process safety
Internal fixation design prevents friction and vibration during transport and storage.
Intraoperative efficiency
An integrated quick-open design enables faster transfer, improving surgical efficiency.