8.5” Aufranc Cobra Retractor – 10mm Pointed

The 8.5” Aufranc Cobra Retractor – 10mm Pointed is a high-precision orthopedic surgical instrument designed for effective and secure retraction of soft tissues in deep and complex surgical fields. It is widely used in orthopedic, spinal, and trauma surgeries where stable exposure of anatomical structures is essential for safe and accurate operative performance. This instrument plays a critical role in procedures such as spinal decompression, fracture fixation, joint reconstruction, and deep orthopedic exposure surgeries. The 10mm pointed tip design allows the retractor to gently but securely engage tissues, providing firm traction in dense or fibrous anatomical areas where standard blunt retractors may not be sufficient. Manufactured from premium-grade surgical stainless steel, the Aufranc Cobra Retractor ensures exceptional strength, corrosion resistance, and long-term durability. It is engineered for repeated use in demanding surgical environments and can withstand multiple autoclave sterilization cycles without compromising structural integrity or performance. The mirror-polished finish enhances handling precision, reduces glare under surgical lighting, and ensures smooth interaction with surrounding tissues. The 10mm pointed tip is specifically designed to provide controlled anchoring within tissue planes, allowing surgeons to maintain stable retraction even in challenging surgical conditions. This feature is particularly useful in deep orthopedic procedures where precise tissue engagement is required to maintain a clear operative field. The cobra-style curvature of the instrument enhances accessibility to deep and anatomically complex surgical regions. This ergonomic design allows surgeons to navigate around critical structures efficiently while maintaining optimal visibility of the surgical site. It is especially valuable in spinal and orthopedic procedures where deep exposure is required. The 8.5-inch length offers an ideal balance between reach and control. It provides sufficient depth for accessing surgical sites while maintaining excellent maneuverability in confined anatomical spaces. This ensures accurate positioning and stable handling throughout surgical procedures. One of the key advantages of the Aufranc Cobra Retractor – 10mm Pointed is its ability to provide consistent and reliable tissue retraction. By maintaining steady exposure of the surgical field, it enables surgeons to perform critical steps such as dissection, alignment, fixation, and reconstruction with improved precision and efficiency. The instrument is fully compatible with standard hospital sterilization protocols and is designed for repeated autoclave use. Its heat-resistant stainless steel construction ensures resistance to corrosion, chemical exposure, and thermal stress. This makes it a dependable, reusable, and cost-effective instrument for hospitals, orthopedic centers, and surgical clinics. The pointed tip design enhances surgical control by allowing secure placement within tissue layers, reducing slippage during retraction. This improves stability in deep surgical fields and supports safer, more controlled operative conditions, particularly in complex orthopedic procedures. In addition to its functional advantages, the Aufranc Cobra Retractor improves surgical efficiency by enhancing visibility and access to deep anatomical structures. This reduces the need for frequent repositioning of instruments and helps streamline surgical workflow, allowing surgeons to focus on precision-critical tasks. The durable stainless steel construction ensures long-term resistance to wear, staining, and corrosion caused by repeated sterilization cycles. Its robust build makes it suitable for high-volume surgical environments where reliability and consistent performance are essential. Overall, the 8.5” Aufranc Cobra Retractor – 10mm Pointed is an essential instrument in modern orthopedic and spinal surgery. Its combination of pointed-tip anchoring capability, ergonomic cobra design, and durable construction makes it a trusted tool for surgeons performing complex and deep surgical procedures. Key Features Premium surgical-grade stainless steel construction 8.5″ ergonomic design for controlled deep access 10mm pointed tip for secure tissue engagement Cobra-style curvature for enhanced surgical exposure Ideal for orthopedic and spinal procedures Mirror-polished finish reduces friction and glare Corrosion-resistant and highly durable material Fully autoclavable and reusable surgical instrument Provides stable and consistent tissue retraction Enhances visibility in deep anatomical regions Suitable for dense and fibrous tissue planes Product Specifications Table Specification Details Product Type Cobra Retractor Application Orthopedic / Spinal Surgery Material Surgical Grade Stainless Steel Finish Mirror Polished Sterilization Autoclave Compatible Reusability Reusable Specialty Pointed tip deep tissue retraction Instrument Type Aufranc Cobra Retractor Usage Soft tissue retraction in surgery Product Contents 1 x 8.5” Aufranc Cobra Retractor – 10mm Pointed Applications Spinal decompression procedures Orthopedic trauma surgeries Joint reconstruction surgeries Fracture fixation procedures Deep soft tissue dissection Reconstructive orthopedic surgery Complex exposure surgical procedures Deep anatomical access surgeries FAQs 1. What is the Aufranc Cobra Retractor used for? It is used for secure and controlled retraction of soft tissues during orthopedic and spinal surgeries. 2. What is the advantage of the 10mm pointed tip? The pointed tip allows secure engagement in dense tissues for stable and precise retraction. 3. Is it suitable for spinal surgery? Yes, it is commonly used in spinal decompression and exposure procedures. 4. What material is it made of? It is made from high-quality surgical stainless steel for durability and corrosion resistance. 5. Can it be sterilized in an autoclave? Yes, it is fully autoclavable and designed for repeated sterilization cycles. 6. Does it improve surgical stability? Yes, the pointed tip enhances grip and stability in deep surgical fields.