Olivercrona Crafoord Artery Clamp 7 inch

The Olivercrona Crafoord Artery Clamp 7 Inch is a precision vascular instrument widely used for temporary occlusion of arteries and blood vessels during cardiovascular, thoracic, and vascular surgical procedures. Designed for atraumatic vessel control, this clamp allows surgeons to safely manage blood flow while minimizing trauma to surrounding tissues. With an overall length of 7 inches , the instrument offers an excellent balance of reach, control, and maneuverability. Its carefully engineered design enables precise handling in both superficial and moderately deep operative fields, making it suitable for a variety of vascular procedures. The clamp features finely serrated jaws designed to provide a secure grip on blood vessels while reducing the risk of tissue injury. This atraumatic design is particularly important during delicate vascular surgeries where preserving vessel integrity is critical. The Olivercrona Crafoord Artery Clamp is commonly used in vascular surgery, cardiovascular surgery, thoracic surgery, neurosurgery, and microsurgical procedures . It is ideal for temporary vessel occlusion, arterial clamping, and hemostatic control during complex surgical interventions. Manufactured from premium surgical-grade stainless steel , the instrument provides exceptional durability, corrosion resistance, and long-term reliability. It maintains precise jaw alignment and smooth operation through repeated sterilization cycles. The ergonomic finger-ring handles provide excellent comfort and control, while the ratchet locking mechanism allows secure vessel clamping without continuous hand pressure. This enhances procedural efficiency and reduces surgeon fatigue during lengthy operations. Its smooth satin or polished finish facilitates easy cleaning and sterilization. Fully reusable and autoclavable, the 7 Inch Olivercrona Crafoord Artery Clamp is a dependable instrument for hospitals, cardiovascular centers, and specialized vascular surgical units. Key Features Premium 7 Inch Olivercrona Crafoord Artery Clamp Designed for vascular and arterial clamping Finely serrated jaws for secure vessel control Atraumatic design to minimize tissue damage Ideal for temporary vessel occlusion and hemostasis Excellent balance of reach and precision Ratchet locking mechanism for secure clamping Ergonomic finger-ring handles Surgical-grade stainless steel construction Fully reusable and autoclavable Product Specifications Specification Details Product Type Artery Clamp Application Vascular Occlusion & Hemostasis Material Surgical Grade Stainless Steel Finish Satin / Polished Finish Sterilization Autoclavable Reusability Reusable Specialty Vascular, Cardiovascular & Thoracic Surgery Instrument Type Olivercrona Crafoord Artery Clamp Jaw Type Fine Serrated Jaws Usage Vessel Clamping & Arterial Occlusion Size 7 Inch Locking Mechanism Ratchet Product Contents 1 × 7 Inch Olivercrona Crafoord Artery Clamp Applications The Olivercrona Crafoord Artery Clamp is commonly used in: Vascular surgery Cardiovascular surgery Thoracic surgery Neurosurgery Microsurgical procedures Arterial occlusion Vessel isolation and control Hemostasis during surgery Hospital operating rooms Specialized vascular surgical centers FAQs 1. What is the Olivercrona Crafoord Artery Clamp used for? It is used for temporary artery occlusion, vessel clamping, and hemostatic control during vascular procedures. 2. Is it suitable for vascular surgery? Yes, it is specifically designed for vascular, cardiovascular, and thoracic surgical applications. 3. Does the clamp provide atraumatic vessel control? Yes, its finely serrated jaws are designed to securely hold vessels while minimizing tissue trauma. 4. Is the instrument reusable? Yes, it is fully reusable and autoclavable. 5. What material is it made from? It is manufactured from premium surgical-grade stainless steel. 6. Does it feature a locking mechanism? Yes, it includes a ratchet locking system for secure vessel clamping. 7. What advantage does the 7-inch length provide? The 7-inch size offers excellent reach, precision, and maneuverability during delicate vascular procedures.