CytroFIX® Distal Fibula Medial Plate
High-Purity Titanium Constructs for Medial Distal Fibula Stabilization
The CytroFIX® Distal Fibula Medial Plate by Cytronics (an INVAMED orthopedic brand) is specifically designed for secure fixation of distal fibula fractures at the medial aspect of the bone. Constructed from high-purity titanium, this plate combines an anatomically contoured profile with robust fixation capabilities—suitable for both simple fractures and more complex, comminuted patterns requiring stable internal fixation.
Anatomical Medial Contour
- The plate’s shape reflects the typical curvature of the distal fibula’s medial side, reducing the need for excessive intraoperative bending.
- Low-profile design to minimize soft tissue irritation in the peroneal tendon region and surrounding structures.
High-Purity Titanium Construction
- Fabricated from medical-grade titanium (e.g., Ti-6Al-4V ELI), recognized for superior biocompatibility and corrosion resistance.
- Lightweight yet durable, supporting faster healing and lower implant palpability post-surgery.
Locking & Non-Locking Screw Options
- Multiple hole arrays accommodate various screw types: standard cortical, locking, or variable-angle locking screws.
- Allows surgeons to address diverse fracture patterns with stable, rigid fixation.
Versatile Clinical Indications
- Ideal for distal fibula fractures (simple to comminuted) involving the medial aspect, revision surgeries, or osteotomies near the ankle joint.
- Appropriately used in conjunction with lateral fixation if bimalleolar or more complex ankle injuries are present.
Low-Profile Geometry & Soft Tissue Protection
- Reduced plate thickness and contoured edges diminish the risk of hardware prominence or interference with tendon glide.
- Improves patient comfort and encourages earlier mobilization in most cases.
Contraindications
- Severe bone loss preventing adequate fixation, active local infection, or systemic comorbidities contraindicating surgical intervention.
- Surgeons must evaluate the patient’s overall health and fracture morphology prior to implant selection.
