Premium Cortical Screws 2.7 mm for Superior Fixation

Advanced Cortical Screws 2.7 mm for Surgeons

The Cortical Screws 2.7 mm by Danchi Medics are designed to deliver exceptional stability, superior strength, and reliable fixation during orthopedic and trauma surgical procedures. These screws are widely used in fracture management, bone reconstruction, and small bone fixation, ensuring surgeons achieve secure and predictable clinical outcomes. With a combination of precision engineering and medical-grade materials, these screws support fast healing and reduced patient discomfort.

Danchi Medics focuses on producing implants that meet international quality standards. The 2.7 mm cortical screws are crafted to provide optimal mechanical strength, smooth insertion, and resistance against corrosion. Their sharp threads and consistent design help surgeons perform procedures more confidently, ensuring accurate placement and long-term stability.

These screws are suitable for hospitals, trauma centers, and surgical practices that demand reliable and high-performance orthopedic implants. With a focus on durability and biocompatibility, Danchi Medics offers a product that supports both surgeon efficiency and patient recovery.

Uses

The Cortical Screws 2.7 mm are used in orthopedic surgeries for:

• Fixation of small bone fractures

• Securing plates during bone reconstruction

• Stabilizing cortical bone segments

• Trauma and hand surgery applications

• Procedures requiring precise and secure bone fixation

These screws help enhance stability and support natural bone healing.

Material

Danchi Medics manufactures these screws using medical-grade stainless steel or titanium, ensuring high tensile strength, biocompatibility, and long-term durability. The materials are corrosion-resistant and suitable for sterile surgical environments.

Specification

• Diameter: 2.7 mm

• Length options: multiple sizes

• Fully threaded for maximum bone grip

• Self-tapping design for smooth insertion

• Compatible with standard orthopedic instrumentation

• High torsional strength and precision machining