Long Bonney Tissue Forceps

Long Bonney Tissue Forceps are specialized atraumatic tissue grasping forceps used to securely hold, manipulate, and retract dense tissues during a wide variety of surgical procedures. Their extended length provides improved access to deep or confined operative sites while maintaining excellent precision and control. The forceps feature the distinctive Bonney tooth configuration , typically incorporating 1 × 2 interlocking atraumatic teeth combined with finely serrated gripping surfaces. This design provides a firm, stable grip on fascia, muscle, tendon, and other dense tissues while minimizing unnecessary tissue trauma and slippage. The long, slender shafts allow surgeons to reach deeper anatomical structures without obstructing the surgical field, making the instrument particularly useful in orthopedic, abdominal, thoracic, vascular, and reconstructive procedures. The spring-action thumb forceps design enables smooth, precise operation and excellent tactile feedback. The ergonomically balanced construction allows delicate tissue handling while reducing hand fatigue during prolonged surgical procedures. Manufactured from premium surgical-grade stainless steel , Long Bonney Tissue Forceps provide exceptional strength, corrosion resistance, and long-term durability. The precision-aligned tips ensure consistent tissue engagement and dependable performance through repeated clinical use. These forceps are widely used in general surgery, orthopedic surgery, plastic and reconstructive surgery, cardiovascular surgery, thoracic surgery, abdominal surgery, neurosurgery, trauma surgery, and veterinary surgery . Fully reusable and autoclavable , the instrument is designed to withstand repeated cleaning and sterilization cycles while maintaining precise tip alignment, spring tension, and mechanical reliability. Common Clinical Applications General Surgery Orthopedic Surgery Plastic and Reconstructive Surgery Cardiovascular Surgery Thoracic Surgery Abdominal Surgery Trauma Surgery Neurosurgery Soft Tissue Handling Veterinary Surgery Specifications Feature Details Product Name Long Bonney Tissue Forceps Instrument Type Surgical Tissue Forceps Function Tissue Grasping and Manipulation Tip Design Bonney 1 × 2 Interlocking Teeth with Serrations Shaft Design Long, Straight Thumb Forceps Handle Type Spring-Action Thumb Grip Material Surgical-Grade Stainless Steel Finish Satin Surgical Finish Length Multiple Lengths Available (Model Dependent) Sterilization Fully Sterilizable and Autoclavable Reusability Reusable Specialty General Surgery, Orthopedics, Plastic Surgery, Cardiovascular Surgery, Trauma Surgery Frequently Asked Questions What are Long Bonney Tissue Forceps used for? They are used to grasp, stabilize, and manipulate dense tissues during surgical procedures, especially when operating in deep or difficult-to-reach anatomical areas. What is the advantage of the Bonney tooth design? The interlocking Bonney teeth provide a secure grip on tough tissues while reducing slippage and minimizing unnecessary tissue trauma. Why choose the long version of Bonney Tissue Forceps? The extended length improves access and visibility in deep operative fields while allowing precise tissue handling without obstructing the surgical site. Which surgical specialties commonly use Long Bonney Tissue Forceps? They are widely used in general surgery, orthopedic surgery, plastic and reconstructive surgery, cardiovascular surgery, thoracic surgery, trauma surgery, neurosurgery, and veterinary surgery. Are Long Bonney Tissue Forceps reusable? Yes. They are designed for repeated professional use when properly cleaned, inspected, maintained, and sterilized between procedures. Are the forceps autoclavable? Yes. They are fully autoclavable and designed to maintain precise tip alignment, spring tension, and overall performance through repeated sterilization cycles. What material are Long Bonney Tissue Forceps made from? They are manufactured from premium surgical-grade stainless steel, providing excellent corrosion resistance, durability, precision tip alignment, and long-term clinical reliability.