The 5.5″ Gregory Femoral Artery Clamp Curved Right is a premium vascular surgical instrument engineered to provide accurate temporary occlusion and secure management of the femoral artery during peripheral vascular and cardiovascular procedures. Designed for vascular surgeons and cardiovascular specialists, this specialized Gregory clamp is commonly used in femoral artery reconstruction, femoral-popliteal bypass surgery, arterial repair, vascular graft placement, endarterectomy, thrombectomy, and arterial anastomosis. Its right-curved configuration improves access to anatomically challenging operative sites, allowing precise instrument placement and efficient vessel control throughout surgical procedures.

Successful vascular surgery depends on precise arterial occlusion while minimizing trauma to delicate vascular tissues. The Gregory Femoral Artery Clamp Curved Right features precision-engineered atraumatic jaws that provide controlled compression of the femoral artery without excessive pressure on the vessel wall. This design enables surgeons to temporarily interrupt blood flow while preserving vessel integrity, creating optimal conditions for vascular repair and reconstruction.

Measuring 5.5 inches (approximately 14 cm) in overall length, this vascular clamp provides an ideal combination of compact size, excellent maneuverability, and surgical precision. The shorter profile allows surgeons to operate efficiently in confined anatomical spaces while maintaining clear visualization of the surgical field. The right-curved jaw design offers improved accessibility around surrounding tissues and facilitates easier approach to the femoral artery from the right side of the operative field.

The precision-aligned curved jaws are designed to provide secure vessel engagement with uniform pressure distribution across the artery. This atraumatic design supports safe temporary occlusion while reducing unnecessary stress on vascular tissues. The clamp is well suited for delicate procedures involving arterial reconstruction, bypass grafting, and vascular anastomosis where precise control is essential for successful surgical outcomes.

Manufactured from premium German surgical-grade stainless steel, the 5.5″ Gregory Femoral Artery Clamp Curved Right delivers exceptional durability, corrosion resistance, and long-term reliability. The high-quality stainless steel construction maintains precise jaw alignment, smooth ratchet function, and structural integrity through repeated cleaning and sterilization cycles. A satin matte finish minimizes glare from operating room lighting while enhancing resistance to scratches, stains, and corrosion.

The ergonomically balanced finger ring handles provide excellent tactile feedback and superior instrument control throughout surgical procedures. The precision ratchet locking mechanism allows surgeons to apply and maintain consistent clamping pressure without continuous hand force, reducing fatigue during lengthy vascular operations while ensuring dependable vessel occlusion.

The 5.5″ Gregory Femoral Artery Clamp Curved Right is an essential instrument for vascular surgery departments, cardiovascular operating rooms, teaching hospitals, and specialized surgical centers. It is widely used during femoral artery bypass procedures, profunda femoris artery exposure, peripheral arterial reconstruction, vascular trauma repair, and other operations requiring accurate temporary arterial occlusion.

Designed for repeated professional use, this reusable vascular clamp is fully compatible with standard hospital sterilization methods, including autoclaving. Combining precision engineering, atraumatic vessel handling, ergonomic design, and premium stainless steel construction, the Gregory Femoral Artery Clamp Curved Right provides the reliability and performance expected in modern vascular surgery.

Key Features

• 5.5″ Gregory Femoral Artery Clamp Curved Right for vascular surgery
• Right-curved design improves access to the femoral artery
• Designed for temporary arterial occlusion during vascular procedures
• Precision atraumatic jaws provide gentle vessel handling
• Ideal for femoral-popliteal bypass and arterial reconstruction
• Compact size offers excellent maneuverability in confined surgical fields
• Manufactured from premium German surgical-grade stainless steel
• Satin matte finish minimizes operating room glare
• Ergonomic finger ring handles enhance comfort and precision
• Ratchet locking mechanism maintains secure clamping pressure
• Corrosion-resistant construction ensures long service life
• Fully reusable and autoclavable for repeated professional use

Product Specifications Table

FAQs

1. What is the 5.5″ Gregory Femoral Artery Clamp Curved Right used for?
The clamp is used for temporary occlusion and controlled handling of the femoral artery during vascular reconstruction, arterial bypass, thrombectomy, vascular repair, and peripheral vascular surgery.

2. What is the benefit of the right-curved design?
The right-curved configuration provides improved access to the femoral artery from specific surgical angles, enhancing visibility and maneuverability during vascular procedures.

3. Which surgical procedures commonly use this clamp?
It is commonly used during femoral-popliteal bypass, arterial reconstruction, vascular graft placement, endarterectomy, arterial anastomosis, and vascular trauma repair.

4. What material is the Gregory Femoral Artery Clamp Curved Right made from?
The clamp is manufactured from premium German surgical-grade stainless steel, offering superior durability, corrosion resistance, and long-lasting clinical performance.

5. Can this clamp be sterilized and reused?
Yes. It is fully reusable and compatible with standard hospital sterilization procedures, including steam autoclaving.

6. Which medical specialties commonly use this vascular clamp?
The Gregory Femoral Artery Clamp Curved Right is widely used in vascular surgery, cardiovascular surgery, peripheral arterial reconstruction, transplant surgery, and advanced vascular trauma procedures requiring precise temporary arterial occlusion.