Neurosurgery Surgical Rotating Kerrison Shaft — 6″ (150 mm) Bayonet, 4 mm, 40° up, Stainless Steel — Requires 70‑2390 Micro

Description (extended):
Neurosurgery Surgical Rotating Kerrison Shaft — 6″ (150 mm) Bayonet, 4 mm, 40° up, Stainless Steel — Requires 70‑2390 Micro angulation designed for slightly larger tissue removal with a controlled angled trajectory. This shaft enables surgeons to remove laminar or ligamentous tissue efficiently while maintaining minimal disruption to adjacent neural structures. The bayonet design keeps the surgical tip clear of the line of sight under high-magnification microscope visualization. Constructed from premium stainless steel, this shaft ensures long-term edge sharpness, strength, and repeated sterilization compatibility. Pairing with the 70‑2390 Micro handle allows smooth rotational control and precise orientation during microsurgical procedures.

Key Features:

• 6″ (150 mm) shaft length for deep operative access.

• 4 mm bite for efficient tissue removal with minimal passes.

• 40° up angulation for angled undercuts and lateral access.

• Bayonet design reduces line-of-sight obstruction.

• Durable stainless steel construction with corrosion resistance.

• Compatible with 70‑2390 Micro handle for smooth rotational adjustment.

• Narrow distal tip reduces trauma to neural structures.

Sets & Sizes:

• Shaft only (6″ / 150 mm).

• Compatible with 70‑2390 Micro handle.

• Suitable for modular micro-Kerrison sets with multiple bite sizes and angles.