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Charnley Pin Retractor
- Specialized orthopedic retraction system designed for acetabular and hip surgery
- Complete set includes T-handle introducer and a pair of pins with safety chains
- Provides secure soft tissue and muscle retraction without obstructing the surgical field
- Helps maintain clear exposure of the acetabulum during reconstructive procedures
- Chain system acts as a safety feature to prevent accidental retention of pins
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Description
The Charnley Pin Retractor is a specialized orthopedic retraction system designed to provide effective soft tissue and muscle retraction during hip and acetabular procedures. The system allows surgeons to achieve improved exposure of the acetabulum while minimizing obstruction within the operative field, making it particularly useful during reconstructive and arthroplasty procedures.
The retractor utilizes specially designed pins that are inserted into bone to retract surrounding soft tissues and musculature. By securing the tissues away from the operative site, the system helps provide a clear view of the acetabular region while maintaining access for instrumentation and surgical manipulation. The compact pin design minimizes interference with the surgeon’s hands and instruments during the procedure.
The complete set includes a T-handle introducer and a pair of pins with attached safety chains. The T-handle introducer facilitates controlled placement of the pins, while the paired pins provide stable tissue retraction. The attached chains serve as an important safety feature, helping prevent accidental retention of the pins during surgery and ensuring easy identification and retrieval at the conclusion of the procedure.
The Charnley Pin Retractor is commonly used to improve exposure of the acetabulum while assisting with soft tissue management during hip surgery. Manufactured from premium surgical-grade stainless steel, every component undergoes stringent quality control inspection to ensure durability, corrosion resistance, and dependable long-term performance in demanding orthopedic environments.




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