Black Belt Cervical Retractor System Description:
Overview
The Black Belt Cervical Retractor System is a precision-engineered surgical device designed to deliver exceptional control and stability during anterior and posterior cervical spine surgeries. Trusted by neurosurgeons and orthopedic specialists, this system provides steady exposure and smooth handling throughout the procedure.
Its multi-articulating frames allow fine adjustment for perfect anatomical positioning, while the matte black coating minimizes glare from operating lights, improving focus and reducing eye strain. Constructed from premium-grade stainless steel, all components ensure long-lasting performance and repeated sterilization without corrosion.
Spring-loaded clamps enable quick blade engagement, and the anatomically shaped blades resist slippage for consistent retraction. Designed for both standard cervical procedures and microdiscectomies, this system is built for reliability and efficiency in every setup.
Key Features
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Suitable for anterior and posterior cervical spine surgeries
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Multi-articulating frame ensures precise retraction and exposure
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Stainless steel construction ensures strength and corrosion resistance
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Matte black coating reduces glare under surgical lighting
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Anatomical blade design prevents movement during retraction
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Quick, spring-loaded clamps allow effortless blade engagement
Product Components
Quantity | Description | Dimensions |
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1 | Retractor Frame (Right) | — |
1 | Retractor Frame (Left) | — |
1 | Retractor Frame (Offset) | — |
2 | Blade Insertion Clamps | — |
14 | Pronged Blades | 34 mm – 70 mm |
14 | Blunt Blades | 34 mm – 70 mm |
12 | Two-Level Pronged Blades | 40 mm – 55 mm |
6 | Two-Level Blunt Blades | 40 mm – 55 mm |
1 | Sterilization Container | — |
Quality Assurance
Each component of the Black Belt Cervical Retractor System is manufactured from premium surgical-grade stainless steel under strict quality standards. Every part undergoes precision testing for functionality, strength, and sterilization safety to ensure consistent surgical performance and long-term reliability.
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