I.L.GPSP TIBIA NAIL (SUPRAPATELLA)

Product Details: I.L. GPSP Tibia Nail (Suprapatellar)

The I.L. GPSP Tibia Nail (Suprapatellar) is a high-precision orthopedic implant developed by Yogeshwar Implants, designed for the stabilization and fixation of tibial fractures through the suprapatellar approach. Engineered for advanced trauma management, this intramedullary nail ensures excellent alignment and load-sharing during fracture healing. Crafted from durable stainless steel, it delivers robust performance and compatibility with interlocking systems for superior fixation.

Benefits:

• Advanced Suprapatellar Design: Facilitates minimally invasive tibial nailing through the suprapatellar approach, reducing soft tissue disruption.
• Enhanced Fixation Stability: Ensures secure stabilization of tibial fractures with interlocking nail systems.
• Durable Construction: Made from high-quality stainless steel for reliable and long-term performance.
• Streamlined Surgical Workflow: Simplifies insertion with a guided design for efficient and precise procedures.
• Versatile Applications: Ideal for managing tibial shaft fractures, segmental fractures, and complex trauma cases.
• Sterile Packaging: Ready-to-use implants ensure contamination-free procedures.

Technical Specifications:

• Material: Stainless steel
• Approach: Suprapatellar (minimally invasive)
• Design: Intramedullary interlocking nail with guided insertion compatibility.
• Length Options: Available in various lengths to accommodate diverse fracture patterns.
• Sterility: Supplied in sterile, individually packed pouches for contamination-free handling.

Applications:

• Tibial Shaft Fractures
• Segmental Fractures
• Complex Tibial Trauma Cases

Ordering Information:

For product codes, specific lengths, or additional assistance with integrating the I.L. GPSP Tibia Nail (Suprapatellar) into your surgical practice, visit the Yogeshwar Implants website or contact their sales representative. This nail is designed to provide reliable and efficient fixation for tibial fractures, enhancing patient recovery and surgical outcomes.