High-Purity Titanium Constructs for Tibial Fracture Stabilization
The CytroFIX® Intramedullary Tibia Nail by Cytronics (an INVAMED orthopedic division) is designed to address a wide spectrum of tibial fractures—from proximal and mid-shaft to distal segments. Engineered from high-purity titanium, this intramedullary nail provides enhanced structural support, minimal soft tissue disruption, and versatile locking options that accommodate both simple and complex fracture patterns.
Intramedullary Stability
Inserted within the tibial canal for direct load-sharing, often minimizing the need for extensive soft tissue dissection.
Offers a stable fixation method for high-energy fractures, comminuted patterns, and segmental defects.
High-Purity Titanium Construction
Crafted from medical-grade titanium (e.g., Ti-6Al-4V ELI), known for superior strength, biocompatibility, and corrosion resistance.
Lightweight design reduces the risk of stress shielding, supporting more natural healing.
Optimized Nail Geometry
Anatomical curvature aligns with the natural tibial canal, aiding in easier insertion and a more secure fit.
Proximal and distal ends feature low-profile design elements to limit soft tissue irritation.
Locking Versatility
Proximal and distal locking options accommodate static or dynamic fixation, variable hole alignments, and additional oblique angles for distal tibia fractures.
Surgeons can choose multi-planar locking screws to secure stable constructs for complex fracture lines.
Broad Clinical Indications
Suitable for tibial shaft fractures, segmental fractures, certain proximal or distal metaphyseal fractures, nonunions, and osteotomies requiring intramedullary support.
Often used in acute trauma settings (open or closed fractures) and in revision surgeries when extramedullary fixation has failed.
Contraindications
Inadequate canal diameter or shape preventing proper nail seating, active local or systemic infections, or patient comorbidities that contraindicate intramedullary fixation.
Conditions like severe osteoporosis, compromised vascular supply, or extensive bone loss should be evaluated carefully by the treating surgeon.
Inserted within the tibial canal for direct load-sharing, often minimizing the need for extensive soft tissue dissection.
Offers a stable fixation method for high-energy fractures, comminuted patterns, and segmental defects.
Crafted from medical-grade titanium (e.g., Ti-6Al-4V ELI), known for superior strength, biocompatibility, and corrosion resistance.
Lightweight design reduces the risk of stress shielding, supporting more natural healing.
Anatomical curvature aligns with the natural tibial canal, aiding in easier insertion and a more secure fit.
Proximal and distal ends feature low-profile design elements to limit soft tissue irritation.
Proximal and distal locking options accommodate static or dynamic fixation, variable hole alignments, and additional oblique angles for distal tibia fractures.
Surgeons can choose multi-planar locking screws to secure stable constructs for complex fracture lines.
Suitable for tibial shaft fractures, segmental fractures, certain proximal or distal metaphyseal fractures, nonunions, and osteotomies requiring intramedullary support.
Often used in acute trauma settings (open or closed fractures) and in revision surgeries when extramedullary fixation has failed.
Inadequate canal diameter or shape preventing proper nail seating, active local or systemic infections, or patient comorbidities that contraindicate intramedullary fixation.
Conditions like severe osteoporosis, compromised vascular supply, or extensive bone loss should be evaluated carefully by the treating surgeon.
