9 1/2″ Cobb Spinal Elevator – 3/8

The 9 1/2″ Cobb Spinal Elevator – 3/8″ is a precision orthopedic and spinal surgical instrument designed for controlled elevation of periosteum, fascia, and soft tissues from bone surfaces. It is widely used in spinal exposure, trauma surgery, and orthopedic procedures where accurate tissue dissection and stable bone contact are required. This instrument features a 3/8″ Cobb-style blade , engineered to provide an ideal balance between precision and working surface coverage. The blade follows natural bone contours, allowing smooth and atraumatic separation of soft tissues while maintaining excellent control during dissection. Its design is especially effective for spinal procedures where controlled exposure is critical. The 9 1/2″ length offers optimal reach and maneuverability, making it suitable for moderate to deep surgical fields. It provides excellent stability while allowing surgeons to maintain precise control in confined or complex anatomical regions. Manufactured from premium surgical-grade stainless steel, this Cobb spinal elevator ensures exceptional durability, corrosion resistance, and long-term reliability. It is fully autoclavable and designed to withstand repeated sterilization cycles without loss of strength or performance, making it suitable for continuous use in surgical environments. The ergonomically designed handle provides a secure and comfortable grip, reducing hand fatigue during prolonged procedures. Its balanced construction enhances tactile feedback, allowing surgeons to better feel tissue resistance and perform controlled, atraumatic elevation. The 3/8″ blade width is ideal for precise periosteal elevation, offering controlled contact with bone surfaces while minimizing tissue trauma. It is particularly useful in delicate spinal and orthopedic procedures requiring accuracy and finesse. A mirror-polished finish reduces friction, prevents tissue adhesion, and ensures smooth handling during surgery. It also enhances corrosion resistance and supports easy cleaning and sterilization, maintaining strict infection control standards. Overall, the 9 1/2″ Cobb Spinal Elevator – 3/8″ is a durable, precise, and highly reliable orthopedic instrument designed for modern spinal and trauma surgery. Its combination of compact blade width, ergonomic design, and surgical-grade construction makes it an essential tool for controlled tissue elevation. Key Features 9 1/2″ standard surgical length for spinal access 3/8″ Cobb blade for precise periosteal elevation Designed for spinal and orthopedic procedures Premium surgical-grade stainless steel construction High resistance to corrosion and wear Fully autoclavable and reusable instrument Ergonomic handle for secure grip and control Mirror-polished finish for smooth tissue handling Excellent balance of precision and stability Ideal for controlled tissue dissection Product Specifications Specification Details Product Type Cobb Spinal Elevator Application Orthopedic & Spinal Surgery Material Surgical Grade Stainless Steel Blade Type Cobb Standard Blade Width 3/8″ Length 9 1/2″ Finish Mirror Polished Sterilization Autoclavable Reusability Reusable Instrument Type Orthopedic Elevator Usage Periosteal and soft tissue elevation Product Contents 1 × Cobb Spinal Elevator Applications Spinal exposure procedures Orthopedic trauma surgery Periosteal elevation from bone surfaces Soft tissue dissection in spinal operations Pelvic and musculoskeletal surgical access General orthopedic surgical procedures FAQs Q1: What is the advantage of a 3/8″ blade? It provides precise control and excellent maneuverability in confined surgical areas. Q2: Is this suitable for spinal surgery? Yes, it is specifically designed for spinal and orthopedic procedures. Q3: Can it be sterilized repeatedly? Yes, it is fully autoclavable and designed for long-term reuse. Q4: What material is used? It is made from high-quality surgical-grade stainless steel for durability and corrosion resistance. Q5: Is it suitable for delicate dissection? Yes, its narrow blade and balanced design make it ideal for controlled, atraumatic tissue elevation.