The Cooley Tangential Occlusion Clamp 10mm Deep Cardiovascular is a precision-designed cardiovascular surgical instrument developed for controlled tangential occlusion of blood vessels during advanced cardiac and vascular procedures. This specialized clamp is engineered to provide surgeons with accurate vessel manipulation while allowing controlled access to vascular structures during delicate surgical interventions.
The Cooley Tangential Occlusion Clamp is commonly used in procedures requiring partial vessel control, including vascular reconstruction, arterial repair, and cardiovascular anastomosis techniques. Its tangential clamping design allows surgeons to isolate and manage a specific section of a vessel while maintaining controlled blood flow through the remaining portion of the vessel.
Featuring a 10mm deep jaw and 3.4cm wide jaw surface, this clamp provides an optimized design for secure vessel engagement. The 10mm jaw depth allows controlled positioning around vascular structures, while the 3.4cm width offers a broad contact area for balanced pressure distribution. This configuration supports stable clamping while helping reduce unnecessary stress on delicate tissues.
The Cooley Tangential Occlusion Clamp is engineered to provide precise control during procedures where complete vessel occlusion is not desired. Its specialized design allows surgeons to perform vascular interventions efficiently while maintaining a controlled operative field. This makes it a valuable instrument for complex cardiovascular surgery requiring accuracy and dependable handling.
Manufactured from premium surgical-grade stainless steel, the Cooley Tangential Occlusion Clamp provides exceptional durability, corrosion resistance, and long-term reliability. The high-quality construction allows the instrument to withstand repeated sterilization cycles while maintaining mechanical precision and structural integrity. Its smooth finish supports efficient cleaning and proper surgical instrument maintenance.
The ergonomic design of this cardiovascular clamp enhances handling comfort and operational control. The balanced construction allows surgeons to apply the instrument smoothly while maintaining accuracy during demanding procedures. The precision mechanism supports controlled opening and closing, helping ensure consistent performance throughout the surgical process.
The Tangential Occlusion Clamp 10mm Deep, 3.4cm Wide is suitable for professional use in cardiovascular operating rooms, hospitals, and specialty surgical centers. It is commonly included in vascular surgery instrument sets where precise partial occlusion and vessel manipulation are required.
Proper maintenance is essential for preserving the performance and longevity of this reusable surgical instrument. Following recommended cleaning, inspection, sterilization, and storage procedures helps maintain the clamp’s functionality and ensures reliable performance during future procedures.
The Cooley Tangential Occlusion Clamp 10mm Deep, 3.4cm Wide (Cardio Vascular) combines specialized vascular functionality, durable stainless steel construction, and precision engineering to provide surgeons with dependable control during cardiovascular procedures requiring tangential vessel occlusion.
Key Features
- Designed for tangential occlusion during cardiovascular procedures
- Provides controlled partial vessel clamping and manipulation
- 10mm deep jaw supports accurate vascular positioning
- 3.4cm wide jaw provides broad contact surface
- Suitable for vascular reconstruction and anastomosis procedures
- Allows controlled vessel access while maintaining blood flow management
- Manufactured from premium surgical-grade stainless steel
- Provides smooth and precise clamp operation
- Durable construction withstands repeated sterilization cycles
- Corrosion-resistant finish improves instrument longevity
- Ergonomic design supports surgeon comfort and control
- Reusable instrument for professional cardiovascular surgery
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | Cooley Tangential Occlusion Clamp 10mm Deep, 3.4cm Wide (Cardio Vascular) |
| Instrument Type | Cardiovascular Tangential Occlusion Clamp |
| Surgical Specialty | Cardiovascular Surgery / Vascular Surgery |
| Application | Tangential vessel occlusion and vascular control |
| Jaw Depth | 10 mm |
| Jaw Width | 3.4 cm |
| Material | Surgical-grade stainless steel |
| Function | Partial vascular occlusion and vessel manipulation |
| Design | Cooley Tangential Occlusion Clamp |
| Usage | Cardiac and vascular surgical procedures |
| Sterilization | Compatible with standard sterilization methods |
| Reusable | Yes, with proper care and maintenance |
FAQs
1. What is a Cooley Tangential Occlusion Clamp used for?
The Cooley Tangential Occlusion Clamp is used for controlled partial occlusion and manipulation of blood vessels during cardiovascular surgical procedures.
2. What is tangential occlusion in vascular surgery?
Tangential occlusion allows surgeons to clamp a portion of a vessel while preserving blood flow through the remaining vessel area.
3. What is the advantage of a 10mm deep jaw?
A 10mm deep jaw provides precise positioning and secure engagement with vascular structures during surgical procedures.
4. Why is a 3.4cm wide jaw beneficial?
A wider jaw surface helps distribute pressure more evenly, supporting controlled vessel handling and reducing localized compression.
5. Is the Cooley Tangential Occlusion Clamp suitable for cardiac surgery?
Yes, it is designed for cardiovascular procedures requiring accurate partial vessel control and vascular manipulation.
6. What material is this cardiovascular clamp made from?
The instrument is manufactured from surgical-grade stainless steel for strength, corrosion resistance, and repeated sterilization capability.
7. How should the Cooley Tangential Occlusion Clamp be maintained?
The clamp should be cleaned, inspected, sterilized, and stored according to professional surgical instrument care guidelines to maintain performance and durability.

Reviews
There are no reviews yet.