Titanium Surgical Cable is a premium-grade cerclage wire system used in orthopedic procedures for fracture stabilization, fragment compression, and secure fixation of implants. Manufactured from medical-grade titanium, this cable offers superior strength, flexibility, and biocompatibility while minimizing soft tissue irritation.

Ideal for use in conjunction with cable plates, trochanteric reattachments, and periprosthetic fracture repairs, the titanium cable enables strong circumferential fixation around bones, including femur, humerus, clavicle, or scapula. It is fully compatible with standard orthopedic cable passer systems and crimping tools.

This product is available in 1.3mm and 1.7mm diameters, offering surgical teams the flexibility to choose the optimal thickness based on anatomical site, patient condition, and fixation requirements.

🔧 Technical Features & Specifications:

• Material: Medical-grade pure titanium
• Surface: Smooth, corrosion-resistant finish
• Diameter Options: 1.3mm and 1.7mm
• Application: Used with cable passer, crimper, and locking systems
• Flexibility: High flexibility allows easy contouring around bones

🏥 Clinical Applications:

• Greater trochanter reattachment post-hip arthroplasty
• Fracture fixation in femur, humerus, clavicle, scapula
• Periprosthetic fracture management
• Supplementary fixation with cable locking plates

✅ Advantages & Benefits:

• Biocompatible Material: Titanium offers excellent osseointegration and reduced allergic response
• High Tensile Strength: Maintains secure fixation under dynamic loading
• Minimal Soft Tissue Reaction: Smooth finish reduces cable abrasion and inflammation
• Flexible Use: Easily adaptable for trauma, reconstruction, and revision surgeries

📏 Available Sizes:

🌍 Why Choose Our Titanium Cable?

• Titanium Excellence: Lightweight, strong, and biologically inert
• Surgical Precision: Smooth surface allows easy passage and tight bending
• Trusted Compatibility: Works with standard orthopedic cable systems
• Proven Reliability: Suitable for both trauma and reconstructive surgeries