The Neurosurgery Micro Kerrison Panther Ejector 5mm 40° Up 7″ is a high-performance neurosurgical instrument engineered to meet the demanding requirements of modern spinal and microsurgical procedures. Designed for controlled bone removal and decompression, this precision Kerrison rongeur combines advanced engineering, ergonomic handling, and exceptional durability to support surgeons performing complex neurosurgical and orthopedic spine operations.

During minimally invasive spine surgery, accurate removal of bone while preserving surrounding neural structures is essential. This Micro Kerrison Rongeur features a 5mm upbiting jaw with a 40° upward angle, providing excellent access to superior anatomical structures and confined operative spaces. The angled jaw enables surgeons to perform precise bone excision with enhanced visibility, making it particularly effective during decompression procedures involving the spinal canal and neural foramina.

One of the instrument’s most valuable features is its integrated ejector mechanism, which automatically clears bone fragments from the punch after each bite. This continuous debris removal minimizes interruptions during surgery, improves workflow efficiency, and helps maintain a consistently clear operative field throughout the procedure.

The extra delicate footplate is specifically engineered for microsurgical precision. Its slim, refined profile slides smoothly beneath thin bone structures while minimizing pressure on adjacent soft tissue, dura, and neural elements. This design allows surgeons to perform highly controlled bone removal in sensitive anatomical regions where accuracy and tissue preservation are of critical importance.

The advanced Panther coating enhances both performance and longevity. This premium non-reflective surface significantly reduces glare from operating room lights and surgical microscopes, improving visibility during intricate microsurgical procedures. In addition to its anti-glare properties, the Panther coating increases surface hardness, providing superior resistance to scratches, wear, and corrosion while extending the instrument’s clinical lifespan.

Manufactured from premium surgical-grade stainless steel, the Neurosurgery Micro Kerrison, Panther, Ejector 5mm, 40° Up, 7″, Extra Delicate Footplate offers exceptional structural strength and dependable mechanical performance. Precision machining ensures smooth action, accurate jaw alignment, and clean bone punches throughout repeated clinical use. The instrument maintains its cutting efficiency and reliability even after numerous sterilization cycles.

The ergonomically balanced handle is designed to provide a secure grip and excellent tactile feedback, allowing surgeons to maintain complete control during delicate spinal procedures. Its efficient mechanical design helps reduce hand fatigue during prolonged operations, contributing to greater surgical precision and improved overall workflow.

This Micro Kerrison Rongeur is widely used during lumbar decompression, cervical decompression, laminectomy, laminotomy, foraminotomy, spinal stenosis surgery, microdiscectomy, and other advanced neurosurgical procedures. The 5mm bite size makes it ideal for efficient bone removal while maintaining the fine control required for microsurgical techniques.

Fully reusable and compatible with standard hospital steam autoclave sterilization protocols, this instrument is designed for long-term clinical use in hospitals, ambulatory surgery centers, and specialty spine clinics. Its corrosion-resistant construction, durable Panther coating, and precision engineering make it a trusted choice for surgeons seeking consistent performance and lasting reliability.

The Neurosurgery Micro Kerrison, Panther, Ejector 5mm, 40° Up, 7″, Extra Delicate Footplate is an essential addition to any professional neurosurgical instrument set, delivering the precision, durability, and efficiency required for today’s most advanced minimally invasive spinal procedures.

Key Features

• Designed for neurosurgical and minimally invasive spine procedures
• 5mm upbiting punch with 40° upward jaw angle
• Integrated ejector mechanism for automatic bone fragment removal
• Extra delicate footplate for precise microsurgical bone resection
• Panther non-reflective coating minimizes operating room glare
• Premium surgical-grade stainless steel construction
• Precision-machined cutting jaws for clean and accurate bone removal
• Ergonomic handle provides excellent grip and tactile feedback
• Enhanced resistance to wear, scratches, and corrosion
• Smooth mechanical action for improved surgical efficiency
• Fully reusable and steam autoclavable
• Suitable for hospitals, spine centers, and neurosurgical operating rooms

Product Specifications

FAQs

1. What is the Neurosurgery Micro Kerrison, Panther, Ejector 5mm, 40° Up, 7″, Extra Delicate Footplate used for?

This instrument is used for precise bone removal during neurosurgical and minimally invasive spine procedures, including laminectomy, laminotomy, foraminotomy, and spinal decompression.

2. What is the purpose of the integrated ejector mechanism?

The integrated ejector automatically clears bone fragments from the punch after each cut, improving surgical efficiency and maintaining a cleaner operative field.

3. Why is the extra delicate footplate beneficial?

The extra delicate footplate allows the instrument to slide beneath thin bone with greater precision while helping protect surrounding soft tissue and neural structures during bone removal.

4. What are the advantages of the Panther coating?

The Panther coating provides a non-reflective surface that reduces glare under surgical lighting and microscopes while improving scratch resistance, wear resistance, and corrosion protection for extended instrument life.

5. Can this Micro Kerrison Rongeur be sterilized and reused?

Yes. The instrument is fully reusable and compatible with standard steam autoclave sterilization. Its premium surgical-grade stainless steel construction and durable Panther coating are designed to withstand repeated cleaning and sterilization while maintaining precision and performance.