Neurosurgery Surgical Rotating Kerrison Shaft — 6″ (150 mm) Bayonet, 5 mm, 40° up, Stainless Steel — Requires 70‑2390 Micro

Description (extended):
This Neurosurgery Surgical Rotating Kerrison Shaft — 6″ (150 mm) Bayonet, 5 mm, 40° up, Stainless Steel — Requires 70‑2390 Micro angulation, allowing for significant tissue removal with a controlled angled approach. The larger bite size is particularly effective for laminar undercuts and foraminal bone removal while maintaining precise control and minimizing neural retraction. The bayonet design preserves an unobstructed line of sight under the microscope, and the stainless steel shaft ensures long-lasting cutting performance, corrosion resistance, and repeated sterilization durability. Designed to work with the 70‑2390 Micro handle, this shaft provides smooth rotational adjustment for precise orientation in microsurgical procedures.

Key Features:

• 6″ (150 mm) length optimized for deep operative corridors.

• 5 mm bite for rapid, efficient tissue removal.

• 40° up angulation for angled access to lamina and foramina.

• Bayonet shaft minimizes visual obstruction under microscope.

• Durable stainless steel construction with high edge retention.

• Compatible with 70‑2390 Micro handle for ergonomic control.

• Slim distal tip reduces risk of trauma to neural structures.

Sets & Sizes:

• Shaft only (6″ / 150 mm).

• Compatible with 70‑2390 Micro handle.

• Can be part of modular micro-Kerrison sets with multiple bite sizes (1–5 mm) and angles (40°–90°).