The 6 1/2″ Cooley Anastomosis Clamp Calibrated Jaw is a specialized cardiovascular surgical instrument designed to provide surgeons with precise vessel control during delicate vascular anastomosis procedures. Engineered for accuracy and reliability, this Cooley-style clamp supports controlled occlusion and atraumatic manipulation of blood vessels while maintaining excellent access and surgical visibility. Its calibrated jaw design allows consistent positioning and controlled pressure application, making it an essential instrument for advanced vascular and cardiovascular procedures.
This anastomosis clamp is commonly used in vascular reconstruction, arterial repair, bypass surgery, and cardiovascular procedures requiring temporary vessel occlusion and precise tissue handling. The 6 1/2-inch length provides a balanced combination of reach, maneuverability, and control, allowing surgeons to perform detailed procedures with enhanced accuracy. The instrument’s specialized design helps support efficient surgical workflow by providing dependable performance during critical stages of vascular reconstruction.
The calibrated jaw configuration is engineered to deliver consistent vessel engagement and controlled compression. This feature allows surgeons to achieve secure clamping while supporting atraumatic handling of delicate vascular tissues. The carefully designed jaw surface helps maintain vessel stability during anastomosis procedures, reducing unnecessary movement and improving surgical precision. The clamp’s smooth operating mechanism enables accurate opening and closing for reliable performance throughout the procedure.
Manufactured from premium surgical-grade stainless steel, the 6 1/2″ Cooley Anastomosis Clamp offers exceptional durability, corrosion resistance, and long-term reliability. The high-quality material allows the instrument to withstand repeated cleaning and sterilization cycles while maintaining its structural integrity and mechanical accuracy. Precision manufacturing ensures proper jaw alignment, smooth articulation, and dependable functionality in demanding operating room environments.
The ergonomic construction of this Cooley anastomosis clamp provides comfortable handling and improved surgeon control. Its balanced design allows precise manipulation during complex cardiovascular procedures while helping reduce hand fatigue during extended operations. The compact 6 1/2-inch size makes it highly suitable for procedures requiring accurate placement and controlled access to vascular structures.
The 6 1/2″ Cooley Anastomosis Clamp Calibrated Jaw is an important addition to cardiovascular surgery departments, vascular centers, and specialized operating rooms. It is designed for professionals who require reliable instruments for delicate vascular connections and reconstructive procedures. The combination of calibrated jaw functionality, durable construction, and Cooley precision design makes this clamp a valuable tool for modern vascular surgery.
Proper cleaning, inspection, and sterilization according to approved surgical instrument protocols are essential for maintaining the clamp’s performance and extending its service life. Regular examination of the jaw surfaces, hinge mechanism, and alignment ensures continued accuracy and safe surgical operation.
Combining precision engineering, calibrated jaw technology, and durable stainless steel construction, the 6 1/2″ Cooley Anastomosis Clamp Calibrated Jaw provides surgeons with dependable performance for advanced vascular procedures. Its accurate vessel control, ergonomic handling, and reliable functionality make it a trusted instrument for cardiovascular and reconstructive surgery.
Key Features
- 6 1/2″ Cooley Anastomosis Clamp designed for vascular procedures
- Calibrated jaw design provides consistent and precise vessel control
- Ideal for vascular anastomosis and cardiovascular surgery
- Supports atraumatic handling of delicate vascular tissues
- Provides controlled temporary vessel occlusion
- Compact length improves maneuverability and surgical access
- Manufactured from premium surgical-grade stainless steel
- Corrosion-resistant construction ensures long-term durability
- Smooth jaw mechanism allows accurate operation
- Ergonomic design enhances surgeon comfort and precision
- Suitable for arterial repair and vascular reconstruction procedures
- Compatible with standard surgical sterilization methods
Product Specifications Table
| Product Specification | Details |
|---|---|
| Product Name | 6 1/2″ Cooley Anastomosis Clamp Calibrated Jaw |
| Instrument Type | Anastomosis Vascular Clamp |
| Length | 6 1/2 Inches |
| Jaw Design | Calibrated Jaw |
| Pattern | Cooley Style |
| Application | Cardiovascular and Vascular Surgery |
| Primary Function | Vessel Occlusion and Anastomosis Control |
| Material | Surgical-Grade Stainless Steel |
| Usage | Vascular Reconstruction, Bypass, Arterial Repair |
| Design Feature | Precision Calibrated Jaw Mechanism |
| Reusable | Yes |
| Sterilization | Compatible with Standard Surgical Sterilization Methods |
FAQs
1. What is the 6 1/2″ Cooley Anastomosis Clamp used for?
The clamp is used for precise vessel control, temporary occlusion, and handling of blood vessels during vascular anastomosis and cardiovascular procedures.
2. What is the purpose of a calibrated jaw design?
A calibrated jaw provides consistent compression and improved control, helping surgeons perform accurate vascular procedures.
3. Is the Cooley Anastomosis Clamp designed for atraumatic vessel handling?
Yes, the clamp is designed to provide controlled grip while supporting gentle handling of delicate vascular tissues.
4. What material is used in this surgical clamp?
The instrument is manufactured from high-quality surgical stainless steel for durability, corrosion resistance, and repeated sterilization capability.
5. Can this anastomosis clamp be reused?
Yes, it is a reusable surgical instrument when properly cleaned, maintained, inspected, and sterilized according to medical guidelines.
6. Which procedures commonly use this Cooley vascular clamp?
It is commonly used in vascular anastomosis, arterial repair, bypass procedures, and cardiovascular reconstruction surgeries.

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