Self-Retaining Laminectomy Retractor Set – Anderson-Adson, Norfolk & Norwich, and Adson

Category:

SKU: SU-0236A

Description

The MBT Surgical Self-Retaining Laminectomy Retractor Set (Models 03-5359 to 03-5361) is designed to provide reliable and precise tissue retraction during spinal decompression and laminectomy procedures. This professional-grade set includes three high-quality retractor variants: Anderson-Adson, Norfolk and Norwich, and Adson, each engineered for maximum visibility and access in spinal surgeries.

Fabricated from premium-grade stainless steel, each instrument is crafted with ergonomic handles and robust locking mechanisms to ensure secure, hands-free performance in demanding surgical environments. With both sharp and blunt tip variations, surgeons can adapt to different procedural requirements with ease and confidence.

Included Models:

  • 03-5359 – Anderson-Adson, Sharp, 190 mm

  • 03-5360 – Norfolk and Norwich, Blunt, 220 mm

  • 03-5361 – Adson, Sharp, 265 mm

These retractors allow for deep tissue exposure, essential in neurosurgical or orthopedic spinal operations. Their self-retaining design ensures that the surgical field remains open without constant manual assistance, improving efficiency and reducing fatigue for the operating team.

Product Specifications:

  • Material: Medical-grade stainless steel

  • Types: Sharp (Anderson-Adson, Adson), Blunt (Norfolk & Norwich)

  • Lengths: 190 mm, 220 mm, 265 mm

  • Use: Spinal decompression, laminectomy, back surgery

Why Professionals Choose This Tool:

  • Precise and stable tissue retraction for spinal procedures

  • Available in sharp and blunt variants for versatile use

  • Secure self-retaining locking for uninterrupted access

  • Optimized handle design for maximum control

  • Compatible with all standard sterilization protocols

Key Features:

  • Three high-utility retractors in one bundle

  • Autoclavable and reusable for long-term value

  • Enables deep exposure with minimal tissue trauma

  • Ratchet-lock design for steady performance

  • Ideal for neurosurgical and orthopedic settings

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