Foraminotomy Kerrison Punch

Description

Safe, Precise Decompression with the Foraminotomy Kerrison Punch

Performing a foraminotomy requires extraordinary precision. When clearing osteophytes or hypertrophied ligaments from the neuroforamen to relieve nerve root compression, surgeons must operate in microscopic, highly restricted anatomical spaces. Standard Kerrison punches often feature footplates that are too thick, running the risk of pinching the vulnerable nerve root against the bone before the cut is even made.

The Foraminotomy Kerrison Punch by Infinity Ortho is explicitly designed to eliminate this risk. It features a radically refined, ultra-thin footplate that slides effortlessly into the tightest foraminal spaces. This allows the surgeon to safely hook the compressing bone or ligamentum flavum and resect it cleanly without introducing additional pressure to the underlying neurological structures.

Key Features & Clinical Advantages

• Ultra-Thin, Atraumatic Footplate: The specialized low-profile tip ensures safe insertion between the nerve root and the compressive pathology, maximizing patient safety during delicate spinal decompressions.

• Razor-Sharp Cutting Action: The precisely ground jaws ensure a clean, shearing bite through dense bone and tough ligaments, preventing micro-fractures or incomplete resections that can leave jagged edges behind.

• Fatigue-Reducing Ergonomics: Equipped with a highly responsive, friction-free dual-spring mechanism. This provides smooth, continuous operation that significantly reduces surgeon hand fatigue during repetitive bone biting.

• Surgical-Grade Durability: Forged from corrosion-resistant, high-carbon medical-grade stainless steel. This guarantees long-lasting edge retention and uncompromising structural integrity through years of rigorous hospital autoclave cycles.

Primary Surgical Applications

• Spine Surgery: Cervical and lumbar foraminotomies, microdiscectomies, and targeted nerve root decompressions.

• Neurosurgery: Complex laminectomies and spinal canal expansions where anatomical space is severely restricted.

Technical Specifications