Material Composition | Determines durability and biocompatibility | Industry Standard: Stainless Steel (ASTM A276), 2mm thickness Our Base: Same material, 1.6mm thickness ▲ (30% lighter) Our Advanced: Titanium Alloy (ASTM F136), 1.1mm thickness ▲▲ (40% lighter, corrosion-resistant) | Advanced version reduces weight by 40% and offers superior corrosion resistance. | Titanium increases cost; Base version still meets standard durability. |
Sterilization Compatibility | Reusable instruments in surgeries | Industry Standard: Autoclave-compliant up to 30 cycles Our Base/Advanced: 50 cycles (ISO 17665-1) ▲▲ (66% more cycles) | Extended reuse reduces costs and waste. | Requires strict autoclave maintenance to avoid material fatigue. |
Instrument Weight | Surgical precision and ergonomics | Industry Standard: 2.0kg Our Base: 1.7kg ▲ (15% lighter) Our Advanced: 1.2kg ▲▲ (40% lighter) | Reduced fatigue for surgeons during prolonged procedures. | Lighter weight may require reinforced handles for high-torque tasks. |
Screw Thread Design | Bone fixation strength | Industry Standard: 30° thread angle Our Advanced: 45° angle (ISO 5429) ▲ (25% stronger grip) | Improved thread angle reduces screw loosening by 25%. | Requires specialized drills for optimal placement. |
Packaging Certification | Environmental and safety compliance | Industry Standard: Basic packaging Our Advanced: EPR France Packaging ▲ (complies with EU environmental regulations) | Meets strict EU recycling standards. | Slightly higher packaging cost. |
Shelf Life | Storage and usability | Industry Standard: 6 months Our Advanced: 1 year (MFDS standard) ▲ (double the duration) | Longer usable period reduces frequent replacements. | Requires strict storage conditions (e.g., airtight, low humidity). |