6 ½” Liston Bone-Cutting Forceps

The 6½ Inch Liston Bone-Cutting Forceps is a precision orthopedic surgical instrument engineered for efficient cutting, trimming, and removal of small bone segments during trauma and reconstructive procedures. Designed for controlled performance, it allows surgeons to perform accurate bone cutting in restricted surgical spaces. With an overall length of 6½ inches , this instrument is compact yet powerful, making it ideal for procedures involving small bones and delicate anatomical structures. Its shorter design provides excellent maneuverability, allowing surgeons to maintain precise control during bone resection and trimming. A key feature of this instrument is its strong cutting jaws , which are designed to deliver clean and controlled cuts through small bone structures. The jaws ensure stability during cutting, helping to reduce slippage and improve surgical accuracy. The Liston Bone-Cutting Forceps is commonly used in orthopedic surgery, trauma surgery, hand and foot procedures, reconstructive bone surgery, and small bone trimming applications . It is particularly effective for cutting small bone fragments, smoothing bone edges, and assisting in fracture management. Manufactured from premium surgical-grade stainless steel , the instrument offers excellent durability, corrosion resistance, and long-term reliability. It is designed to withstand repeated sterilization cycles while maintaining sharp cutting edges and structural integrity. The ergonomic finger-ring handles provide a secure and comfortable grip, allowing surgeons to apply controlled force with precision. The balanced design enhances stability and reduces hand fatigue during surgical procedures. Its smooth satin or polished finish ensures easy cleaning and compliance with modern sterilization standards. The 6½ Inch Liston Bone-Cutting Forceps is fully reusable and autoclavable, making it a dependable and cost-effective instrument for hospitals, orthopedic centers, and trauma units. Trusted by orthopedic surgeons, this instrument delivers reliable cutting power, precision control, and professional-grade surgical performance. Key Features Premium 6½ Inch Liston Bone-Cutting Forceps Compact design for small bone procedures Strong jaws for precise bone cutting Ideal for orthopedic and trauma surgery Excellent control in confined surgical spaces Ergonomic finger-ring handles for comfort Surgical-grade stainless steel construction Corrosion-resistant and durable finish Fully reusable and autoclavable Professional orthopedic surgical instrument Product Specifications Specification Details Product Type Bone-Cutting Forceps Application Bone Cutting & Trimming Material Surgical Grade Stainless Steel Finish Satin / Polished Finish Sterilization Autoclavable Reusability Reusable Specialty Orthopedic Surgery, Trauma Surgery Instrument Type Liston Bone-Cutting Forceps Usage Small Bone Resection & Cutting Size 6½ Inch Product Contents 1 × 6½ Inch Liston Bone-Cutting Forceps Applications The 6½ Inch Liston Bone-Cutting Forceps is commonly used in: Orthopedic surgery Trauma surgery Small bone cutting procedures Hand and wrist surgery Foot and ankle surgery Fracture management Bone trimming and reshaping Reconstructive bone surgery Hospital orthopedic operating rooms Surgical trauma centers FAQs 1. What are Liston Bone-Cutting Forceps used for? They are used to cut and trim small bone fragments during orthopedic procedures. 2. Are these suitable for small bone surgery? Yes, the compact 6½-inch size is ideal for delicate bone cutting applications. 3. Do they provide strong cutting performance? Yes, they are designed for controlled and efficient bone cutting. 4. What material are they made from? They are manufactured from premium surgical-grade stainless steel. 5. Can they be sterilized? Yes, they are fully autoclavable and reusable. 6. Are they suitable for trauma surgery? Yes, they are commonly used in trauma and orthopedic procedures. 7. Which specialties use this instrument? They are widely used in orthopedic surgery, trauma surgery, and reconstructive procedures.