12 inch Potts Smith Tissue Forceps

The 12 Inch Potts Smith Tissue Forceps is a specialized long-reach surgical instrument commonly used in vascular surgery, general surgery, and other advanced procedures requiring deep access and precise tissue control. It is designed for secure grasping and manipulation of tissues in deep or hard-to-reach operative fields. Featuring strong serrated jaws , this forceps provides a firm and stable grip on tissues such as fascia, vessels, and soft tissue structures. The serrations ensure excellent holding power while minimizing slippage during traction, dissection, and surgical exposure. The extra-long straight design allows surgeons to reach deep surgical sites with improved visibility and control. This makes it particularly useful in vascular and abdominal procedures where standard-length instruments are insufficient. With a length of 12 inches (30 cm) , the instrument is ideal for deep cavity surgery, offering extended reach while maintaining precision and stability. Manufactured from premium surgical-grade stainless steel, the Potts Smith Tissue Forceps ensures durability, corrosion resistance, and long-term performance. It maintains proper alignment and smooth functionality even after repeated sterilization cycles. A smooth spring tension mechanism provides controlled handling and consistent grip strength, helping reduce hand fatigue during prolonged procedures while ensuring reliable tissue control. Ergonomic finger-ring handles enhance comfort, stability, and precise control, allowing safe and accurate manipulation during complex surgical tasks. The polished finish ensures easy cleaning and sterilization. Fully autoclavable and reusable, this instrument meets modern surgical standards and is widely used in hospitals, surgical centers, and specialty clinics. Whether used for deep tissue grasping, vascular handling, or surgical exposure, the 12 Inch Potts Smith Tissue Forceps delivers exceptional reach, strength, and surgical precision. Key Features Premium surgical-grade stainless steel construction Extra-long 12-inch design for deep surgical access Strong serrated jaws for secure grip Designed for vascular and deep tissue handling Excellent control in complex surgical fields Smooth spring tension mechanism Ergonomic finger-ring handles Corrosion-resistant polished finish Fully autoclavable and reusable Ideal for vascular and general surgery High stability and precision control Reliable performance in deep cavities Product Specifications Specification Details Product Type Tissue Forceps Model Potts Smith Tissue Forceps Length 12 Inches (30 cm) Jaw Type Straight Grip Type Serrated Material Surgical Grade Stainless Steel Finish Polished Locking Mechanism Non-locking (spring tension) Sterilization Autoclavable Reusability Reusable Instrument Category Deep Tissue Grasping Forceps Application Vascular Surgery, Deep Tissue Handling, Surgical Exposure Specialty Vascular Surgery, General Surgery Product Contents 1 × 12 Inch Potts Smith Tissue Forceps Individually packed surgical instrument Ready for sterilization and clinical use Applications The 12 Inch Potts Smith Tissue Forceps is commonly used for: Deep tissue grasping Vascular surgery procedures Abdominal surgery Surgical exposure in deep cavities General surgery procedures Fascia and soft tissue handling Controlled traction work Hospital and clinical use Complex surgical procedures Long-reach tissue manipulation FAQs 1. What is Potts Smith Forceps used for? It is used for deep tissue and vascular structure handling during surgery. 2. Why is the 12-inch length important? It allows access to deep surgical areas that standard forceps cannot reach. 3. Does it provide a strong grip? Yes, the serrated jaws ensure firm and stable tissue holding. 4. Is it suitable for vascular surgery? Yes, it is commonly used in vascular and deep surgical procedures. 5. Is it reusable? Yes, it is made from surgical-grade stainless steel and designed for repeated use. 6. Can it be sterilized? Yes, it is fully autoclavable and compatible with standard sterilization methods.