9½ inch Cooley Vascular Tissue Forceps

The 9½ inch Cooley Vascular Tissue Forceps are precision-engineered microsurgical instruments designed for delicate vascular and cardiovascular procedures where atraumatic tissue handling is critical. Commonly used in vascular surgery, cardiac bypass procedures, and fine dissection work, these forceps provide exceptional control, minimal tissue trauma, and reliable grip on delicate vessels. Crafted with high-grade surgical stainless steel, these forceps ensure long-lasting durability, corrosion resistance, and consistent performance even after repeated sterilization cycles. The finely serrated, atraumatic tips are specially designed to securely hold vascular tissue without crushing or damaging it, making them ideal for sensitive surgical environments. Key Features Length: 9½ inches (optimal reach for deep surgical fields) Atraumatic Cooley-style serrated tips for gentle tissue handling High-precision alignment for secure grip and control Premium surgical stainless steel construction Corrosion and rust resistant for long-term use Lightweight balanced design reduces hand fatigue during long procedures Suitable for cardiovascular and vascular microsurgery Applications Vascular surgery procedures Cardiothoracic surgery Arterial and venous dissection Aneurysm repair procedures Bypass graft handling General microsurgical tissue manipulation Technical Specifications Specification Details Instrument Type Vascular Tissue Forceps Model Cooley Style Length 9½ inches Material Surgical Grade Stainless Steel Tip Type Atraumatic Serrated Tips Finish Satin / Anti-glare Reusability Fully Autoclavable Application Vascular & Cardiothoracic Surgery Performance Advantage The Cooley design is globally recognized for its ability to combine firm grip with minimal tissue trauma. The 9½″ length provides superior reach in deep operative fields, making it highly effective in complex vascular procedures where precision is critical. Its balanced construction enhances surgeon control while maintaining delicate handling of fragile vessels.