The 6 1/2″ Cooley Curved Peripheral Vascular Clamp is a specialized vascular surgical instrument designed to provide surgeons with precise control, improved access, and reliable vessel management during peripheral vascular procedures. Developed according to the trusted Cooley instrument design, this clamp features a curved profile that allows smooth navigation around vessels and anatomical structures while maintaining excellent visibility and surgical accuracy. Its compact design, atraumatic gripping capability, and durable construction make it an essential instrument for vascular surgery, cardiovascular procedures, and reconstructive applications.
The curved jaw design allows surgeons to approach peripheral vessels from an optimal angle, improving maneuverability in confined surgical fields. The gentle curve helps facilitate accurate placement around vessels while reducing unnecessary tissue manipulation. This design is particularly beneficial during procedures requiring controlled vessel isolation, temporary occlusion, vascular repair, and tissue handling where precision and reliability are essential.
With an overall length of 6 1/2 inches, the Cooley Curved Peripheral Vascular Clamp provides an excellent balance between accessibility and control. Its compact size allows surgeons to perform delicate vascular maneuvers in smaller operative areas while maintaining comfortable handling and excellent tactile feedback. The balanced construction supports smooth instrument movement and precise positioning throughout surgical procedures.
The clamp features carefully engineered atraumatic vascular jaws designed to provide a secure grip while minimizing trauma to delicate blood vessels. The jaw surface helps distribute pressure evenly across the tissue, reducing the risk of slipping while supporting gentle vessel handling. This atraumatic design is especially valuable in peripheral vascular surgery where maintaining vessel integrity is critical.
Manufactured from premium surgical-grade stainless steel, the Cooley Curved Peripheral Vascular Clamp delivers exceptional durability, corrosion resistance, and long-term reliability. The high-quality material ensures consistent mechanical performance after repeated cleaning, disinfection, and steam autoclave sterilization cycles. Precision manufacturing maintains accurate jaw alignment, smooth hinge movement, and dependable locking performance throughout extended clinical use.
The ergonomic ring handles provide a secure and comfortable grip, allowing surgeons to maintain precise control during procedures. The precision ratchet locking mechanism enables controlled pressure application and secure positioning when required. The smooth box lock hinge ensures effortless opening and closing while supporting reliable performance over long-term surgical use.
The 6 1/2″ Cooley Curved Peripheral Vascular Clamp is commonly used in peripheral vascular surgery, arterial reconstruction, vessel repair, bypass procedures, vascular graft placement, thrombectomy procedures, and cardiovascular applications. Its curved design allows surgeons to effectively manage vessels in challenging anatomical locations while maintaining excellent control and visibility.
Designed for professional surgical environments, this vascular clamp supports strict hospital cleaning and sterilization requirements. The stainless steel construction allows thorough cleaning and compatibility with standard steam autoclave sterilization protocols. Its durable design makes it a dependable choice for hospitals, vascular centers, and specialized surgical departments.
Combining the trusted Cooley design, curved jaw configuration, atraumatic gripping capability, ergonomic handling, and premium stainless steel construction, the 6 1/2″ Cooley Curved Peripheral Vascular Clamp delivers the precision, versatility, and durability required for modern vascular surgical procedures.
Key Features
- Precision-designed 6 1/2″ Cooley Curved Peripheral Vascular Clamp
- Curved jaws for improved vessel access and maneuverability
- Designed for peripheral vascular procedures
- Atraumatic jaws help minimize vessel trauma
- Provides secure vessel grasping and temporary occlusion
- Ideal for arterial repair and reconstruction applications
- Premium surgical-grade stainless steel construction
- Ergonomic ring handles for comfortable control
- Precision ratchet locking mechanism for secure positioning
- Smooth box lock hinge for reliable operation
- Corrosion-resistant and durable design
- Reusable and steam autoclavable
Product Specifications
| Specification | Details |
|---|---|
| Product Name | 6 1/2″ Cooley Curved Peripheral Vascular Clamp |
| Instrument Type | Peripheral Vascular Clamp |
| Overall Length | 6 1/2″ (16.5 cm) |
| Jaw Design | Curved |
| Jaw Type | Atraumatic Vascular Jaws |
| Handle Type | Ring Handles |
| Locking Mechanism | Ratchet Lock |
| Material | Surgical-Grade Stainless Steel |
| Finish | Satin / Matte Anti-Glare |
| Reusable | Yes |
| Sterilization | Steam Autoclave Compatible |
| Sterility | Supplied Non-Sterile |
| Specialty | Peripheral Vascular & Cardiovascular Surgery |
| Application | Vessel Handling, Occlusion & Vascular Manipulation |
FAQs
1. What is the 6 1/2″ Cooley Curved Peripheral Vascular Clamp used for?
It is used for controlled vessel grasping, temporary occlusion, manipulation, and handling during peripheral vascular and cardiovascular procedures.
2. What is the advantage of the curved jaw design?
The curved jaws provide improved access and maneuverability around vessels, especially in confined surgical areas.
3. Are Cooley vascular clamps atraumatic?
Yes. Cooley vascular clamps are designed with atraumatic jaws to provide secure control while minimizing damage to delicate vessels.
4. Is this peripheral vascular clamp reusable?
Yes. It is manufactured from surgical-grade stainless steel and is compatible with repeated cleaning, sterilization, and clinical use.
5. Which procedures commonly use this Cooley vascular clamp?
It is commonly used in peripheral vascular surgery, arterial reconstruction, bypass procedures, vascular graft placement, vessel repair, and cardiovascular interventions.

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