9 1/2″ Cobb Spinal Elevator – 1″ Blade HD Hollow Handle

The 9 1/2″ Cobb Spinal Elevator – 1″ Blade HD Hollow Handle is a robust orthopedic and spinal surgical instrument designed for wide and efficient elevation of periosteum, fascia, and soft tissue from bone surfaces. It is commonly used in spinal exposure, trauma surgery, and orthopedic procedures where large-area dissection and strong tissue lifting capability are required.

This instrument features a 1″ wide Cobb blade, offering the broadest working surface in this series. The wide blade allows rapid and efficient tissue elevation over larger anatomical regions, significantly improving surgical efficiency in extensive exposure procedures. Its Cobb-style curvature is designed to follow natural bone contours, ensuring smooth, controlled, and atraumatic dissection even in demanding surgical environments.

The HD hollow handle is engineered to reduce overall instrument weight while maintaining exceptional strength and durability. This lightweight construction enhances balance, reduces hand fatigue, and improves maneuverability during prolonged surgical procedures. The ergonomic 10mm grip ensures a secure and stable hold, allowing surgeons to maintain precise control even during high-force applications.

With a 9 1/2″ length, this spinal elevator provides excellent reach and control for both moderate and deep surgical fields. It allows surgeons to maintain stability while working in confined or complex anatomical areas, making it highly effective in spinal and orthopedic exposure procedures.

Manufactured from premium surgical-grade stainless steel, this Cobb spinal elevator delivers superior durability, corrosion resistance, and long-term performance. It is fully autoclavable and designed to withstand repeated sterilization cycles without loss of structural integrity, sharpness, or functionality, ensuring consistent clinical reliability.

The hollow handle design improves instrument balance by distributing weight evenly between blade and handle. This enhances tactile feedback and allows smoother, more controlled movements during delicate or extensive tissue elevation.

A mirror-polished finish reduces friction, prevents tissue adhesion, and ensures smooth handling during surgical procedures. It also improves corrosion resistance and allows easy cleaning and sterilization, meeting strict infection control standards in medical environments.

Overall, the 9 1/2″ Cobb Spinal Elevator – 1″ Blade HD Hollow Handle is a heavy-duty, high-efficiency orthopedic instrument designed for maximum tissue coverage and surgical productivity. Its combination of extra-wide blade, ergonomic hollow handle, and durable stainless steel construction makes it an essential tool for spinal and trauma surgeons requiring speed, strength, and precision.

Key Features

• 9 1/2″ standard length for spinal access
• 1″ extra-wide Cobb blade for maximum tissue elevation
• HD hollow handle reduces weight and improves balance
• Ergonomic grip for secure control and comfort
• Designed for spinal and orthopedic surgical procedures
• Premium surgical-grade stainless steel construction
• High resistance to corrosion and wear
• Fully autoclavable and reusable instrument
• Mirror-polished finish for smooth tissue handling
• Ideal for large-area surgical exposure

Product Specifications

Applications

• Spinal exposure procedures
• Orthopedic trauma surgery
• Extensive periosteal elevation from bone surfaces
• Large-area soft tissue dissection
• Pelvic and musculoskeletal surgical access
• General orthopedic surgical procedures

FAQs

Q1: What is the advantage of a 1″ blade?
It provides maximum coverage for rapid and efficient tissue elevation in large surgical areas.

Q2: Is this suitable for spinal surgery?
Yes, it is specifically designed for spinal and orthopedic surgical procedures.

Q3: What is the benefit of a hollow handle?
It reduces weight, improves balance, and minimizes surgeon fatigue during long procedures.

Q4: Can it be sterilized repeatedly?
Yes, it is fully autoclavable and built for repeated sterilization cycles.

Q5: What material is used?
It is made from high-quality surgical-grade stainless steel for durability and corrosion resistance.