Neurosurgery Micro Thin Kerrison Rongeur 1.5mm 40° Up

The Neurosurgery Micro Thin Kerrison Rongeur 1.5mm 40° Up is a premium microsurgical bone rongeur specifically engineered for precise bone and ligament removal during advanced cervical spine surgery. Designed to meet the demanding requirements of neurosurgeons and orthopedic spine specialists, this instrument delivers outstanding cutting performance, ergonomic comfort, and long-term durability. Featuring a 1.5mm bite, 40° upward-angled jaw, micro-thin shaft, and 8-inch (200 mm) overall length, it is ideal for microsurgical procedures requiring meticulous bone removal in confined cervical operative fields.

Exclusively intended for cervical spine surgery, this Kerrison Rongeur is widely used during cervical laminectomy, laminotomy, foraminotomy, cervical spinal decompression, microdiscectomy, and other delicate neurosurgical procedures. The ultra-precise 1.5mm bite allows surgeons to remove very small sections of lamina, osteophytes, and hypertrophied ligament tissue while preserving surrounding healthy anatomy. This level of precision is especially valuable when operating near the spinal cord and cervical nerve roots, where controlled bone excision is critical for patient safety.

The 40° upward-angled jaw provides improved access to difficult anatomical regions within the cervical spine. This optimized angle allows surgeons to approach target tissue from an ideal direction, improving visualization while minimizing unnecessary instrument repositioning. The micro-thin shaft further enhances maneuverability, allowing smooth navigation through narrow operative corridors commonly encountered during microscope-assisted and minimally invasive cervical spine procedures.

Manufactured from premium medical-grade surgical stainless steel, the Neurosurgery Surgical Kerrison Rongeur, Micro Thin, 8″ (200 mm), 1.5 mm, 40° Up, Cervical Use Only — Stainless Steel offers exceptional corrosion resistance, high mechanical strength, and dependable long-term clinical performance. Precision machining ensures the cutting jaws maintain perfect alignment and sharpness through repeated surgical use and sterilization cycles. The stainless steel construction resists staining, pitting, and wear, making it a reliable reusable instrument for hospitals, neurosurgical operating rooms, spine centers, and specialized surgical facilities.

Precision-ground cutting jaws produce clean, controlled bone excision while minimizing trauma to surrounding tissue. This refined cutting performance supports atraumatic surgical techniques, enhances decompression efficiency, and contributes to improved surgical outcomes. The balanced 200 mm length provides excellent reach without sacrificing maneuverability, allowing surgeons to maintain precise control during demanding cervical procedures.

Ergonomically designed spring handles provide a secure grip and excellent tactile feedback throughout surgery. The smooth spring-loaded mechanism delivers consistent cutting action with minimal operating force, reducing hand fatigue during lengthy procedures while maintaining exceptional instrument responsiveness.

The satin matte finish minimizes glare from operating room lighting, improving visibility during intricate microsurgical operations. Smooth external surfaces facilitate efficient cleaning and decontamination, ensuring compatibility with modern infection-control protocols. Fully autoclavable, the instrument is engineered to withstand repeated sterilization while maintaining its cutting precision and structural integrity.

Trusted by neurosurgeons and orthopedic spine surgeons worldwide, the Neurosurgery Surgical Kerrison Rongeur, Micro Thin, 8″ (200 mm), 1.5 mm, 40° Up, Cervical Use Only — Stainless Steel combines precision engineering, ergonomic performance, and exceptional durability. It remains an indispensable instrument for cervical spinal decompression procedures where precision, reliability, and patient safety are essential.

Key Features

• Specifically designed for cervical spine microsurgery
• Micro-thin shaft improves access to narrow operative fields
• 1.5mm bite enables ultra-precise bone removal
• 40° upward-angled jaw enhances visibility and surgical access
• 8″ (200 mm) overall length provides optimal reach and balance
• Manufactured from premium medical-grade surgical stainless steel
• Precision-ground cutting jaws ensure clean and controlled bone excision
• Ergonomic spring handle enhances comfort and tactile feedback
• Smooth spring-loaded mechanism minimizes hand fatigue
• Satin matte finish reduces glare under operating room lighting
• Fully autoclavable and reusable for repeated professional use
• Corrosion-resistant construction ensures exceptional long-term durability

Product Specifications

FAQs

1. What is the Neurosurgery Surgical Kerrison Rongeur, Micro Thin, 8″ (200 mm), 1.5 mm, 40° Up used for?

It is used for precise removal of bone and ligament tissue during cervical laminectomy, laminotomy, foraminotomy, spinal decompression, microdiscectomy, and other cervical microsurgical procedures.

2. What are the advantages of the 1.5mm bite?

The 1.5mm bite provides exceptional precision for removing very small sections of bone and ligament tissue, making it ideal for delicate cervical spine surgery.

3. Why is the micro-thin design beneficial?

The micro-thin shaft improves maneuverability and access within narrow cervical operative corridors while maintaining excellent visualization and surgical precision.

4. What is the benefit of the 40° upward-angled jaw?

The 40° upward-angled jaw enhances access to difficult anatomical regions, allowing accurate bone removal with improved visibility and reduced instrument repositioning.

5. Is this Kerrison Rongeur reusable?

Yes. It is manufactured from premium medical-grade surgical stainless steel and is fully autoclavable for repeated professional surgical use.

6. Which surgical specialties commonly use this instrument?

This instrument is primarily used by neurosurgeons and orthopedic spine surgeons performing cervical spinal decompression, cervical laminectomy, laminotomy, foraminotomy, and other advanced cervical microsurgical procedures.