Description
The Stainless Steel Bone Fixation Screw is primarily designed for bone block stabilization in dental GBR and bone augmentation procedures, providing reliable fixation for graft segments and minimizing micromovement.
Made from high-strength 316L medical-grade stainless steel, it also supports secondary applications such as membrane fixation and titanium mesh stabilization in complex guided bone regeneration cases.
Featuring a 1.0 mm screw diameter, 0.9 mm ultra-thin head, Torx drive, and self-tapping tip groove, the screw allows clinicians to achieve controlled insertion, stable fixation, and reduced risk of screw head stripping during surgery.
1.0 mm Stainless Steel Bone Screw Specifications
| Length L (mm) | Product Code |
|---|---|
| 4 | 7077610042S |
| 6 | 7077610062S |
| 8 | 7077610082S |
| 10 | 7077610102S |
| 12 | 7077610122S |
How to Choose the Right Bone Screw Length
Selecting the appropriate bone screw length is critical for achieving stable fixation and predictable outcomes in dental GBR and bone augmentation procedures. The following guidelines provide a general reference for clinicians:
- 4 mm: Suitable for thin cortical bone areas, temporary fixation, or shallow membrane support.
- 6 mm: Commonly used for membrane fixation or small GBR procedures; may be used for small bone block stabilization if bone thickness allows.
- 8 mm: Standard length for most bone block fixation and titanium mesh stabilization in routine GBR cases.
- 10 mm: Provides deeper engagement for thicker bone blocks or more demanding augmentation cases; ensure careful evaluation of surrounding anatomy.
- 12 mm: Used when maximum anchorage is required for complex augmentation procedures; selection should consider defect morphology and anatomical limitations.
Important: Final screw length should be determined based on bone thickness, defect morphology, surgical design, and clinician preference. Always consider the clinical context to avoid over-penetration or inadequate fixation.
Features
- High-Strength 316L Medical-Grade Stainless Steel: Provides excellent strength, corrosion resistance, and reliable fixation performance.
- 0.9 mm Ultra-Thin Head: Reduces profile height and helps minimize soft tissue irritation.
- Torx Drive Design: Provides more stable screw holding, more accurate torque transmission, and reduces the risk of slipping or stripping.
- Self-Tapping Tip Groove: Allows smoother insertion and improves surgical placement efficiency.
High Torsional Strength
Provides greater mechanical safety margin under high-resistance insertion conditions.
Designed to meet high-strength fixation requirements, suitable for dense bone and complex fixation cases.
Enhances intraoperative control while balancing stability, efficiency, and safety.
Why Choose 316L Stainless Steel Bone Screws?
316L medical-grade stainless steel provides high mechanical strength, good corrosion resistance, and excellent torsional stability. It is especially useful in cases where the clinician needs strong fixation, controlled insertion, and reliable resistance during placement in dense bone.
Compared with Grade 2 titanium, 316L stainless steel bone screws offer higher torsional strength and stronger resistance to deformation, making them especially suitable for bone block fixation and dense cortical bone scenarios.
Titanium screws remain a good option when the clinician prioritizes titanium material compatibility, long-term implantation, or maximum corrosion resistance. For cases requiring stronger mechanical resistance during insertion and removal, 316L stainless steel can be a practical choice for dental GBR and bone augmentation procedures.
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