The DeBakey Castaneda Clamp 1.4mm, #2 Anastomosis Jaw, Curved Handle is a specialized vascular clamp developed to provide surgeons with superior precision during vascular anastomosis and delicate cardiovascular procedures. Designed according to the renowned DeBakey and Castaneda surgical instrument standards, this clamp combines a finely engineered 1.4mm #2 anastomosis jaw with an ergonomically contoured curved handle to deliver secure temporary vessel occlusion while minimizing trauma to fragile vascular tissues. Its precision design makes it an indispensable instrument for surgeons performing neonatal, pediatric, cardiovascular, vascular, and microsurgical procedures.

The instrument is specifically intended for procedures that require meticulous vascular control, including arterial and venous anastomosis, vascular reconstruction, congenital heart surgery, bypass surgery, transplant procedures, and microvascular repair. The #2 anastomosis jaw is carefully designed to provide consistent clamping pressure across delicate vessels, maintaining adequate occlusion without excessive compression. This atraumatic performance helps preserve endothelial integrity and supports improved surgical outcomes by reducing unnecessary tissue damage.

The 1.4mm jaw profile is ideal for handling small and medium-sized blood vessels with exceptional accuracy. Its slim configuration enables surgeons to work confidently in narrow or deep operative fields while maintaining excellent visualization of the surgical site. The precision-machined jaws ensure secure vessel engagement throughout the procedure, allowing surgeons to perform complex vascular suturing and reconstruction with greater stability and control.

Manufactured from premium surgical-grade stainless steel, the DeBakey Castaneda Clamp 1.4mm, #2 Anastomosis Jaw, Curved Handle offers excellent durability, corrosion resistance, and long-term reliability. The high-quality stainless steel construction withstands repeated cleaning and sterilization cycles without compromising jaw alignment or mechanical performance. This makes the clamp suitable for continuous use in hospitals, cardiovascular operating rooms, transplant centers, and specialty surgical facilities.

The curved handle is ergonomically designed to improve surgeon comfort and facilitate natural hand positioning during prolonged procedures. Its balanced construction provides excellent tactile feedback and precise instrument control while reducing hand fatigue. The handle design also enhances access to difficult anatomical regions, allowing surgeons to position the clamp accurately without obstructing the operative field. This combination of ergonomic handling and precise jaw geometry contributes to greater efficiency and confidence during intricate vascular procedures.

The atraumatic DeBakey-style jaw pattern provides gentle yet secure vessel compression, making the instrument particularly valuable during vascular anastomosis where maintaining vessel integrity is essential. Whether used for coronary artery bypass grafting, peripheral vascular reconstruction, pediatric cardiovascular surgery, or transplant vascular anastomosis, the clamp delivers dependable temporary vessel control throughout every stage of the operation.

Compatible with standard hospital sterilization methods, including steam autoclaving, the instrument can be safely reprocessed for repeated clinical use. Proper cleaning, inspection, and maintenance help preserve its precision, smooth mechanical action, and polished finish over many years of service.

Combining precision engineering, premium surgical-grade stainless steel construction, atraumatic #2 anastomosis jaws, and an ergonomic curved handle, the DeBakey Castaneda Clamp 1.4mm, #2 Anastomosis Jaw, Curved Handle is a trusted surgical instrument for healthcare professionals seeking exceptional performance in advanced vascular and cardiovascular procedures.

Key Features

• Precision DeBakey Castaneda Clamp with 1.4mm #2 anastomosis jaw
• Curved ergonomic handle enhances comfort and surgical access
• Designed for vascular anastomosis and delicate vessel occlusion
• Atraumatic jaw design minimizes trauma to vascular tissues
• Ideal for cardiovascular, vascular, neonatal, pediatric, and microsurgical procedures
• Manufactured from premium surgical-grade stainless steel
• Precision-machined jaws ensure consistent and secure vessel control
• Lightweight, balanced design improves handling and reduces fatigue
• Corrosion-resistant construction for extended clinical life
• Compatible with standard autoclave sterilization methods
• Reusable professional-grade surgical instrument
• Suitable for hospitals, specialty surgical centers, and cardiovascular operating rooms

Product Specifications Table

FAQs

1. What is the DeBakey Castaneda Clamp 1.4mm #2 Anastomosis Jaw used for?
It is used for temporary vessel occlusion and stabilization during vascular anastomosis, cardiovascular surgery, pediatric surgery, microsurgery, and reconstructive vascular procedures.

2. What is the advantage of the #2 anastomosis jaw?
The #2 anastomosis jaw provides secure vessel control with even pressure distribution, helping protect delicate vascular tissue while facilitating precise suturing and reconstruction.

3. Why is the curved handle beneficial during surgery?
The curved handle improves ergonomics, enhances access to deep operative fields, provides better visibility, and allows precise instrument manipulation during complex procedures.

4. What material is this DeBakey Castaneda Clamp made from?
The instrument is manufactured from premium surgical-grade stainless steel, offering exceptional durability, corrosion resistance, and long-lasting performance.

5. Can this clamp be sterilized and reused?
Yes. It is fully reusable and designed to withstand repeated steam autoclave sterilization and standard hospital reprocessing procedures.

6. Which surgical specialties commonly use this instrument?
The clamp is widely used in vascular surgery, cardiovascular surgery, pediatric surgery, neonatal surgery, transplant surgery, coronary bypass procedures, and microsurgical vascular reconstruction requiring precise vessel control.