The 4.0mm cancellous locked screw represents precision engineering for orthopedic applications, designed specifically for secure bone fixation in demanding surgical scenarios. These medical-grade screws feature robust construction with either stainless steel or titanium materials, providing surgeons with options based on specific procedural requirements and patient compatibility. The screw's 4.0mm diameter is optimized for cancellous bone engagement, while the star drive design ensures maximum torque transmission during insertion without stripping. Available in lengths ranging from 10mm to 60mm with 2mm increments, these screws offer surgeons precise selection for various anatomical situations. The locking mechanism provides angular stability when used with compatible plates, creating fixed-angle constructs that maintain reduction and promote proper healing throughout the recovery process.

These cancellous locked screws serve critical roles across multiple orthopedic specialties, incl...

The 4.0mm cancellous locked screw represents precision engineering for orthopedic applications, designed specifically for secure bone fixation in demanding surgical scenarios. These medical-grade screws feature robust construction with either stainless steel or titanium materials, providing surgeons with options based on specific procedural requirements and patient compatibility. The screw's 4.0mm diameter is optimized for cancellous bone engagement, while the star drive design ensures maximum torque transmission during insertion without stripping. Available in lengths ranging from 10mm to 60mm with 2mm increments, these screws offer surgeons precise selection for various anatomical situations. The locking mechanism provides angular stability when used with compatible plates, creating fixed-angle constructs that maintain reduction and promote proper healing throughout the recovery process.

These cancellous locked screws serve critical roles across multiple orthopedic specialties, including trauma surgery, joint reconstruction, and spinal procedures. In trauma applications, they provide essential fixation for metaphyseal fractures where conventional screws might lack sufficient purchase. Orthopedic implant manufacturers incorporate these screws into their locking plate systems for distal radius, proximal humerus, tibial plateau, and ankle fractures. The medical device industry relies on these components for their consistent quality and performance in original equipment manufacturer applications. Hospitals and surgical centers stock these screws for emergency trauma cases and elective orthopedic procedures, knowing they deliver reliable performance when patient outcomes depend on hardware integrity and precision engineering.

The business value of these cancellous locked screws lies in their proven reliability and positive surgical outcomes. For medical device distributors and manufacturers, these screws represent trusted components that reduce the risk of intraoperative complications and postoperative failures. The availability of both stainless steel and titanium options provides flexibility for different market requirements and pricing segments. The rigorous manufacturing standards ensure each screw meets precise dimensional tolerances and material properties, giving surgeons confidence in their performance during critical procedures. This reliability translates to fewer surgical revisions and better patient outcomes, ultimately protecting both medical reputations and business performance through consistent delivery of high-quality orthopedic solutions.

Key Features:
- Medical-grade stainless steel or titanium construction for durability
- Precise 4.0mm diameter optimized for cancellous bone fixation
- Star drive design ensuring secure screwdriver engagement and torque transmission
- Comprehensive length options from 10mm to 60mm in 2mm increments
- Designed for compatibility with various locking plate systems

Benefits:
- Enhanced surgical precision through optimized diameter and length options
- Reduced risk of stripping during insertion with secure drive design
- Improved bone healing through stable fixation and angular stability
- Flexibility in material selection for different procedural requirements
- Consistent performance across various orthopedic applications