The Rotating Kerrison Shaft 7″ Bayonet 2mm 40° Up Panther Coat is a high-precision neurosurgical instrument developed to support modern microsurgical and spinal procedures where controlled bone removal and exceptional instrument handling are essential. Designed for compatibility with the 70-2390P Micro system, this rotating Kerrison shaft combines advanced engineering, ergonomic design, and superior durability to meet the demanding requirements of neurosurgeons and spine specialists.

The instrument features a 7-inch (175mm) bayonet shaft configuration, providing excellent visibility during deep surgical procedures. The bayonet profile offsets the handle from the working tip, allowing surgeons to maintain an unobstructed view of the operative field while working under surgical microscopes or magnification systems. This design minimizes hand interference and improves precision during complex decompression procedures involving delicate neural structures.

Equipped with a 2mm biting jaw, this rotating Kerrison shaft is ideal for highly controlled bone removal where accuracy is critical. The fine jaw size allows surgeons to remove small sections of lamina, osteophytes, and other bony structures while minimizing trauma to surrounding tissues. Precision-machined cutting edges ensure smooth, consistent performance throughout delicate microsurgical procedures.

The 40° upward biting tip is engineered to provide enhanced access to difficult anatomical regions while maintaining excellent visualization. The upward angle enables precise bone removal in confined operative spaces and supports efficient decompression during cervical, thoracic, and lumbar spinal surgery. This configuration allows surgeons to approach target anatomy with greater flexibility and control.

One of the instrument’s defining features is its rotating shaft mechanism, which enables smooth adjustment of the cutting jaw without repositioning the entire instrument. This rotating capability allows surgeons to quickly orient the biting tip to the desired angle, improving surgical efficiency and reducing unnecessary instrument movement. The mechanism delivers reliable rotational control while maintaining jaw alignment and cutting precision.

The instrument is protected with a premium Panther Coat finish, an advanced surface treatment designed to enhance durability and performance. The Panther Coat improves resistance to wear, scratches, and corrosion while maintaining a smooth instrument surface throughout repeated surgical use. It also helps preserve the instrument’s professional appearance after numerous cleaning and sterilization cycles, making it a dependable choice for high-volume operating theatres.

Manufactured from premium surgical materials and precision engineered for professional use, this Kerrison shaft is designed to withstand repeated autoclave sterilization without compromising structural integrity or cutting performance. Its reusable construction provides long-term value for hospitals, neurosurgical centres, and specialized spine surgery facilities.

The Neurosurgery Surgical Rotating Kerrison Shaft is widely used during laminectomy, laminotomy, spinal decompression, cervical spine surgery, lumbar decompression, microdiscectomy, foraminotomy, and cranial microsurgical procedures. The combination of a fine 2mm jaw, bayonet profile, and rotating mechanism enables precise bone removal while protecting adjacent neural tissues.

The ergonomic design reduces surgeon fatigue by promoting comfortable hand positioning during prolonged procedures. When combined with the advanced 70-2390P Micro system, this rotating Kerrison shaft delivers exceptional surgical performance, reliability, and precision for today’s most demanding neurosurgical applications.

Key Features

• 7″ (175mm) bayonet shaft provides superior visualization in deep operative fields
• 2mm biting jaw for delicate and controlled bone removal
• 40° upward biting tip enhances surgical access and visibility
• Smooth rotating shaft mechanism for precise jaw positioning
• Premium Panther Coat finish improves wear and corrosion resistance
• Compatible with the 70-2390P Micro system
• Ideal for spinal decompression, laminectomy, laminotomy, and cranial microsurgery
• Bayonet design minimizes hand obstruction during microscopic procedures
• Precision-machined cutting edges ensure smooth and consistent performance
• Reusable instrument compatible with standard autoclave sterilization
• Durable construction designed for long-term clinical use
• Suitable for hospitals, neurosurgical operating theatres, and spine surgery centres

Product Specifications Table

FAQs

1. What is the primary use of a 2mm rotating Kerrison shaft?

A 2mm rotating Kerrison shaft is designed for precise bone removal during delicate spinal decompression, laminectomy, laminotomy, microdiscectomy, and cranial neurosurgical procedures.

2. What are the advantages of a bayonet shaft design?

The bayonet shaft provides improved visualization by keeping the surgeon’s hand away from the operative field, allowing better access and precision during deep microsurgical procedures.

3. Why is a 40° upward biting tip beneficial?

The 40° upward tip improves access to difficult anatomical structures while providing excellent visibility and precise control during bone removal.

4. What benefits does the Panther Coat finish provide?

The Panther Coat enhances resistance to wear, corrosion, and surface abrasion while helping maintain smooth instrument performance through repeated sterilization cycles.

5. Is this rotating Kerrison shaft compatible with the 70-2390P Micro system?

Yes. This instrument is specifically engineered for seamless compatibility with the 70-2390P Micro system.

6. Can this instrument be sterilized and reused?

Yes. The instrument is fully reusable and designed to withstand repeated autoclave sterilization and standard hospital reprocessing procedures.

7. Which surgical procedures commonly require this instrument?

This rotating Kerrison shaft is commonly used during spinal decompression, cervical and lumbar laminectomy, laminotomy, microdiscectomy, foraminotomy, and cranial neurosurgical procedures requiring precise bone removal.