CUSHING NERV HOOK 6MM 28,0CM

CUSHING NERVE HOOKS • KNOTTED 6MM • 28.0CM • CE CLASS I • ISO 13485:2016

Precision Nerve Hooks according to CUSHING with Knotted Tip for Extended Neurosurgical Applications

The CUSHING NERVE HOOKS 28.0 cm are a medical device of CE Class I according to ISO 13485:2016. These precision nerve hooks following the proven CUSHING design with 6 mm knotted tip are specifically designed for the atraumatic holding and retraction of larger neural structures in neurosurgery and spinal surgery.

Product Highlights:

✔ Certified according to ISO 13485:2016
✔ CE marking Class I (Regulation (EU) 2017/745 MDR)
✔ Proven CUSHING design with knotted tip for maximum atraumatic properties
✔ High-quality stainless steel for optimal stability and durability
✔ Tested biocompatibility according to ISO 10993
✔ 6 mm knotted tip for gentle handling of larger nerves
✔ Optimal length of 28.0 cm for deep neurosurgical applications
✔ Sterilizable and reusable

Advantages of the Nerve Hooks:

• Larger Knotted Tip: 6 mm for secure grasping of larger neural structures
• Neurosurgical Design: Specifically for spinal nerves and larger cranial nerves
• Maximum Safety: Prevents injuries when manipulating larger nerves
• Optimal Length: 28.0 cm ideal for deep spinal and intracranial access
• Proven Concept: CUSHING design for demanding neurosurgical procedures
• Stable Guidance: Secure control even with more resistant structures

Technical Specifications:

• Model: CUSHING NERVE HOOKS knotted
• Total Length: 28.0 cm
• Material: High-quality stainless steel 1.4301
• Hook Shape: Curved, with 6 mm knotted tip
• Handle: Longitudinal serrations for secure grip even during demanding procedures
• Tip Width: 6 mm, knotted and rounded
• Hook Angle: Optimized for spinal nerves and larger intracranial structures
• Surface: High-gloss polished for optimal gliding properties
• Special Feature: Specifically for atraumatic manipulation of larger neural structures
• Risk Class: I according to Regulation (EU) 2017/745 MDR

Areas of Application:

• Spinal surgery with spinal nerves
• Intracranial procedures with larger cranial nerves
• Peripheral nerve surgery with larger nerve trunks
• Microvascular decompression
• Dura mater retraction in larger approaches
• Neurosurgical tumor resections
• Revision procedures in neurosurgery

Special Safety Notes:
• FOR USE BY NEUROSURGICAL PROFESSIONALS ONLY
• Careful manipulation even of larger neural structures
• Check integrity and surface smoothness before each use
• Apply only under sterile conditions and appropriate magnification
• Special care near critical neural structures and vessels
• Atraumatic handling with measured pressure required
• Strictly adhere to reprocessing guidelines for reuse
• Regular checking of knotted tip for smoothness and shape
• Special storage to protect the tip
• Do not use for non-neural tissues or dissection