The 5.0mm Safety Locking Screw Set with Torque Driver is an advanced orthopedic implant screw collection designed for use in large fragment fracture fixation procedures. This comprehensive set provides orthopedic surgeons with a wide range of 5.0mm locking self-tapping screws along with a compatible torque screwdriver, supporting accurate implant placement, controlled fixation, and dependable surgical performance.
Modern orthopedic trauma procedures require fixation components that provide strong mechanical stability while allowing precise surgical control. The 5.0mm safety locking screw system is engineered for use with compatible locking compression plates (LCP), providing a fixed-angle connection between the screw and plate. This locking mechanism creates a stable construct that helps maintain fracture alignment and supports effective bone healing.
The included screws feature a self-tapping design, allowing efficient insertion into prepared bone pathways. The advanced thread configuration provides secure bone purchase and helps reduce surgical steps during fixation procedures. Combined with locking plate technology, these screws provide enhanced resistance against loosening and improved stability compared with traditional screw fixation methods.
This 181-piece locking screw set includes screw lengths ranging from 20mm to 60mm, offering surgeons extensive flexibility for different anatomical requirements and fracture patterns. The variety of available lengths allows appropriate screw selection based on bone thickness, implant position, and fixation requirements.
The included torque screwdriver helps ensure proper tightening force during screw insertion. Controlled torque application is essential in locking plate systems because it helps achieve optimal screw engagement while reducing the risk of over-tightening or damage to the locking mechanism. This improves implant reliability and supports consistent surgical outcomes.
Manufactured from high-quality orthopedic implant-grade materials, the 5.0mm locking screws provide excellent strength, durability, and corrosion resistance. Precision manufacturing ensures accurate thread design, consistent dimensions, and reliable compatibility with locking plate systems. These characteristics make the screws suitable for demanding trauma and reconstructive orthopedic applications.
The 5.0mm Safety Locking Self-Tapping Screw System is commonly used in large fragment orthopedic procedures involving the femur, tibia, humerus, and other major bones. It is ideal for fracture fixation, trauma surgery, reconstructive procedures, and internal fixation applications requiring strong angular stability.
The organized 181-piece configuration provides hospitals, orthopedic departments, and trauma centers with a complete screw inventory solution. Having multiple screw lengths and a dedicated torque instrument in one set improves operating room preparation and reduces the need for separate implant components.
The locking screw technology supports modern orthopedic fixation principles by improving construct stability, maintaining fracture reduction, and providing reliable load transfer between implant components. When used with compatible locking plates and proper surgical techniques, these screws help create a stable environment for fracture healing.
The 5.0mm Safety Locking Self-Tapping Screws (20–60mm) with Torque Screwdriver – 181-Piece Set combines precision engineering, versatile sizing, and professional instrumentation. It is an ideal choice for orthopedic surgeons seeking a dependable locking screw system for trauma surgery, fracture repair, and large fragment fixation procedures.
Key Features
- Complete 181-piece 5.0mm locking screw fixation set
- Includes self-tapping locking screws from 20mm to 60mm
- Supplied with compatible torque screwdriver
- Designed for large fragment orthopedic fixation systems
- Provides fixed-angle stability with locking plates
- Self-tapping threads support efficient screw insertion
- Multiple screw lengths accommodate different bone anatomy
- Manufactured from high-quality implant-grade materials
- Provides strong fixation and reliable mechanical performance
- Torque screwdriver helps achieve controlled tightening
- Suitable for trauma, reconstruction, and fracture repair
- Ideal for orthopedic hospitals and surgical centers
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | 5.0mm Safety Locking Self-Tapping Screws Set |
| Set Quantity | 181 Pieces |
| Screw Diameter | 5.0mm |
| Screw Length Range | 20mm–60mm |
| Screw Type | Locking Self-Tapping Screw |
| Included Instrument | Torque Screwdriver |
| Fixation System | Locking Compression Plate System |
| Application | Large Fragment Fracture Fixation |
| Material | Implant-Grade Surgical Material |
| Usage | Orthopedic Trauma & Reconstruction |
| Compatibility | 5.0mm Locking Plate Systems |
| Surgical Field | Orthopedic Surgery |
FAQs
1. What are 5.0mm Safety Locking Self-Tapping Screws used for?
These screws are used for large fragment orthopedic fixation procedures involving locking plates, trauma repair, and fracture stabilization.
2. What screw lengths are included in this set?
The 181-piece set includes 5.0mm locking screws ranging from 20mm to 60mm lengths.
3. Why are self-tapping locking screws preferred in orthopedic surgery?
Self-tapping locking screws provide efficient insertion, secure bone engagement, and stable fixed-angle fixation with compatible plates.
4. Why is a torque screwdriver included with this set?
The torque screwdriver helps apply controlled tightening force to ensure proper locking screw engagement and implant performance.
5. Are these screws compatible with locking compression plates?
Yes, these screws are designed for use with compatible 5.0mm locking compression plate systems.
6. What procedures use 5.0mm locking screws?
They are commonly used in femur, tibia, humerus, and other large bone fracture fixation and reconstruction procedures.
7. What material are these orthopedic screws made from?
The screws are manufactured from implant-grade materials designed for strength, durability, and corrosion resistance.

Reviews
There are no reviews yet.