The 4 5/8″ Gregory Carotid Angled Bulldog Clamp (Cardio Vascular Instrument) is a precision-engineered surgical tool designed for cardiovascular and vascular procedures requiring controlled temporary occlusion of carotid and other small vascular structures. Developed for professional surgical environments, this bulldog clamp provides surgeons with dependable vessel management, improved visibility, and precise handling during complex vascular interventions.
Featuring an angled jaw configuration, the Gregory Carotid Bulldog Clamp allows surgeons to approach vessels from an optimal angle, making it particularly useful in confined surgical fields where direct access may be challenging. The angled design enhances maneuverability around anatomical structures while supporting accurate placement and removal during carotid artery procedures and vascular repairs.
The instrument’s 4 5/8-inch length offers a practical balance between reach and control, allowing surgeons to perform delicate cardiovascular tasks with excellent tactile feedback. Its compact profile makes it suitable for procedures involving smaller vessels where precision and careful tissue handling are essential.
Manufactured from high-quality surgical-grade stainless steel, the Gregory Carotid Angled Bulldog Clamp provides outstanding durability, corrosion resistance, and long-term reliability. The robust construction supports repeated sterilization cycles while maintaining the instrument’s mechanical performance, jaw alignment, and smooth operation. This makes it an ideal choice for hospitals, cardiovascular surgery departments, and specialized vascular operating rooms.
The clamp is designed to provide secure yet atraumatic vessel control. Its finely engineered jaws help maintain stable occlusion while minimizing unnecessary compression on delicate vascular tissues. This feature is particularly important during carotid artery surgery, vascular reconstruction, and procedures requiring temporary interruption of blood flow.
Common applications for the 4 5/8″ Gregory Carotid Angled Bulldog Clamp include carotid artery procedures, vascular anastomosis, arterial repair, and other cardiovascular surgical techniques. Its specialized design assists surgeons in maintaining a controlled operative field while performing precise vascular manipulation.
The ergonomic construction of this cardiovascular surgical instrument supports comfortable handling during procedures. The balanced design improves surgeon control and allows smooth clamp application and release. Its reliable mechanism contributes to consistent performance during repeated clinical use.
Proper cleaning, inspection, and sterilization are essential for maintaining the performance and lifespan of the Gregory Carotid Bulldog Clamp. The stainless steel construction allows compatibility with standard medical sterilization methods when processed according to approved surgical instrument care guidelines.
The 4 5/8″ Gregory Carotid Angled Bulldog Clamp combines precision manufacturing, durable materials, and specialized vascular functionality. It is a dependable addition to cardiovascular surgical instrument sets for professionals requiring accurate carotid vessel control and reliable performance during delicate vascular procedures.
Key Features
- 4 5/8″ Gregory Carotid Bulldog Clamp designed for cardiovascular surgery
- Angled jaw design improves access and positioning around vessels
- Suitable for carotid artery and vascular procedures
- Provides controlled temporary vessel occlusion
- Designed for atraumatic handling of delicate vascular tissues
- Manufactured from premium surgical-grade stainless steel
- Corrosion-resistant construction supports repeated sterilization
- Compact design allows precise manipulation in restricted areas
- Smooth operating mechanism for reliable clamp application
- Ergonomic structure enhances surgical control and comfort
- Durable instrument suitable for professional operating rooms
Product Specifications Table
| Specification | Details |
|---|---|
| Product Name | Gregory Carotid Angled Bulldog Clamp |
| Length | 4 5/8 inches |
| Instrument Type | Bulldog Vascular Clamp |
| Jaw Design | Angled Jaw |
| Specialty | Cardiovascular / Vascular Surgery |
| Application | Carotid artery control and temporary occlusion |
| Material | Surgical-grade stainless steel |
| Design | Precision vascular surgical design |
| Use | Carotid procedures, vascular repair, arterial surgery |
| Sterilization | Compatible with standard surgical sterilization methods |
| Reusable | Yes |
| Category | Cardiovascular Surgical Instrument |
FAQs
1. What is the 4 5/8″ Gregory Carotid Angled Bulldog Clamp used for?
The Gregory Carotid Angled Bulldog Clamp is used for temporary occlusion and control of carotid and other vascular structures during cardiovascular and vascular surgical procedures.
2. What is the benefit of an angled bulldog clamp jaw?
An angled jaw provides improved surgical access and allows surgeons to position the clamp more effectively around vessels in restricted anatomical areas.
3. Which procedures use a carotid bulldog clamp?
Carotid bulldog clamps are commonly used in carotid artery surgery, vascular reconstruction, arterial repair, and other cardiovascular procedures requiring temporary blood flow control.
4. What material is the Gregory Carotid Bulldog Clamp made from?
The instrument is manufactured from surgical-grade stainless steel, offering durability, corrosion resistance, and reliable performance through repeated sterilization cycles.
5. Is the Gregory Angled Bulldog Clamp reusable?
Yes, this cardiovascular instrument is designed for repeated surgical use when properly cleaned, inspected, and sterilized according to medical guidelines.
6. How does this clamp help during vascular surgery?
The clamp provides secure and controlled vessel occlusion, helping surgeons maintain a stable operative field while performing delicate vascular procedures.
7. Why choose a Gregory Carotid Bulldog Clamp?
The Gregory Carotid Bulldog Clamp is valued for its precision design, angled access capability, durability, and suitability for demanding cardiovascular surgical applications.

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