The Cardiovascular S Approximator Clamp Frame 0.4 1.0mm is a highly specialized microvascular surgical instrument engineered to provide secure vessel approximation and temporary vascular occlusion during delicate cardiovascular and microsurgical procedures. Specifically designed for blood vessels measuring 0.4mm to 1.0mm in diameter, this precision clamp frame enables surgeons to accurately align extremely small vessel ends while maintaining a stable, bloodless operative field. It is an essential instrument for microsurgical procedures where meticulous tissue handling and precise vascular alignment are critical to successful outcomes.

Microvascular surgery involving vessels of less than 1.0mm requires exceptional precision and stable instrument control. The Cardiovascular S Approximator Clamp Frame 0.4–1.0mm securely supports both vessel ends throughout the anastomotic process, reducing vessel movement and allowing surgeons to place microsutures with superior accuracy. By maintaining optimal vessel orientation and temporary blood flow occlusion, the clamp frame enhances surgical visualization and contributes to efficient, high-quality vascular reconstruction.

Designed specifically for vessels measuring 0.4mm to 1.0mm, the instrument features finely crafted atraumatic jaws that apply gentle, evenly distributed pressure across the vessel wall. This controlled compression temporarily interrupts blood flow while helping preserve endothelial integrity and minimizing the risk of intimal injury, vessel deformation, or surrounding tissue trauma. The precision-engineered clamping mechanism provides dependable stabilization without excessive force, making it suitable for the most delicate microsurgical applications.

Manufactured from premium surgical-grade stainless steel, the Cardiovascular S Approximator Clamp Frame 0.4–1.0mm offers outstanding durability, corrosion resistance, and dependable long-term performance. Precision machining ensures smooth clamp operation, accurate jaw alignment, and consistent functionality throughout repeated surgical use. The satin finish minimizes glare from operating room lighting while providing a smooth surface for efficient cleaning and maintenance.

The lightweight yet rigid frame enhances surgical stability without obstructing the operative field. Its ergonomic design improves handling and tactile control, allowing surgeons to perform intricate vascular repairs with greater confidence while reducing fatigue during prolonged microsurgical procedures. The frame maintains consistent vessel positioning throughout anastomosis, supporting improved procedural efficiency and successful clinical outcomes.

The Cardiovascular S Approximator Clamp Frame 0.4–1.0mm is widely used in cardiovascular surgery, microvascular reconstruction, plastic and reconstructive surgery, neurosurgery, hand surgery, ophthalmic microsurgery, pediatric vascular surgery, and experimental microsurgery. It is particularly valuable for free tissue transfer, digital replantation, vascular grafting, arterial repair, and fine vascular anastomosis involving extremely small blood vessels.

The instrument is fully reusable and compatible with standard hospital sterilization protocols, including steam autoclaving. Its high-quality stainless steel construction withstands repeated sterilization cycles without compromising structural integrity, jaw alignment, or overall performance, making it a dependable investment for hospitals, microsurgical centers, and specialized surgical facilities.

Combining precision engineering, atraumatic vessel handling, and stable vessel approximation, the Cardiovascular S Approximator Clamp Frame 0.4–1.0mm meets the demanding standards of modern cardiovascular and microvascular surgery. It delivers the precision, durability, and reliability required for successful reconstruction of the smallest blood vessels.

Key Features

• Precision Cardiovascular S Approximator Clamp Frame 0.4–1.0mm
• Designed for vessels measuring 0.4mm to 1.0mm
• Provides accurate vessel approximation during vascular anastomosis
• Atraumatic jaws minimize endothelial and tissue trauma
• Maintains secure temporary vessel occlusion and alignment
• Ideal for cardiovascular and microvascular surgery
• Suitable for arterial and venous reconstruction
• Manufactured from premium surgical-grade stainless steel
• Lightweight frame provides excellent stability and control
• Satin finish minimizes glare under surgical lighting
• Fully reusable and autoclavable
• Corrosion-resistant construction for long-term clinical performance

Product Specifications

FAQs

1. What is the Cardiovascular S Approximator Clamp Frame 0.4–1.0mm used for?

It is used to temporarily occlude and precisely approximate blood vessels measuring 0.4mm to 1.0mm during cardiovascular and microvascular procedures, allowing accurate vascular anastomosis and reconstruction.

2. Why is this clamp frame designed for 0.4mm to 1.0mm vessels?

It is specifically engineered for extremely small blood vessels commonly encountered in advanced microsurgery, providing precise alignment and gentle vessel stabilization.

3. How do the atraumatic jaws protect blood vessels?

The atraumatic jaws distribute pressure evenly across the vessel wall, helping preserve endothelial integrity while reducing the risk of intimal injury, vessel deformation, and unnecessary tissue trauma.

4. Which surgical specialties commonly use this instrument?

It is widely used in cardiovascular surgery, microvascular reconstruction, plastic and reconstructive surgery, neurosurgery, hand surgery, ophthalmic microsurgery, pediatric vascular surgery, and digital replantation procedures.

5. Is the Cardiovascular S Approximator Clamp Frame 0.4–1.0mm reusable?

Yes. The instrument is fully reusable and designed for repeated steam autoclave sterilization, maintaining precision, stability, and reliable performance over extended clinical use.

6. What material is used to manufacture the Cardiovascular S Approximator Clamp Frame 0.4–1.0mm?

The clamp frame is manufactured from premium surgical-grade stainless steel, providing superior corrosion resistance, precision engineering, long-lasting durability, and dependable performance in professional surgical settings