MIS Tubular Retractor System With Sterilization Box

The MIS Tubular Retractor System with Sterilization Box is a premium surgical instrument system designed for Minimally Invasive Spine (MIS) procedures. Manufactured from high-quality surgical-grade stainless steel, this comprehensive system provides surgeons with optimal access to the surgical site while minimizing soft tissue disruption, reducing blood loss, and promoting faster patient recovery.

The system includes a range of tubular retractors in various diameters and lengths, along with compatible handles, dilators, and accessories, all securely organized in a durable sterilization box for convenient storage, transport, and sterilization. Precision-engineered for stability and ease of use, this system is ideal for modern spinal and neurosurgical procedures.

Key Features

• Complete MIS Tubular Retractor System
• Includes a sterilization box for organized storage and sterilization
• Manufactured from premium surgical-grade stainless steel
• Designed for minimally invasive spine surgery
• Provides excellent surgical exposure with minimal tissue trauma
• Precision-engineered for stability and ease of use
• Corrosion-resistant, reusable, and durable
• Fully autoclavable for repeated sterilization
• Suitable for hospitals, spine centers, and neurosurgical clinics

Common Applications

• Minimally invasive spine surgery (MISS)
• Lumbar discectomy
• Microdiscectomy
• Laminectomy
• Spinal decompression
• Cervical and lumbar spine procedures
• Neurosurgical and orthopedic spine surgeries

System Includes

The system typically includes:

• Tubular Retractors (various diameters and lengths)
• Sequential Dilators
• Retractor Handles
• Flexible Arms and Accessories
• Sterilization Tray/Box

Material

• Surgical Grade Stainless Steel

Sterilization

• Fully Autoclavable

Package

• Complete MIS Tubular Retractor System with Sterilization Box

Brand

• Crystal Surgical

Crystal Surgical manufactures high-quality neurosurgical and orthopedic instruments that deliver precision, durability, and reliable performance for minimally invasive spinal procedures in modern operating rooms worldwide.