The Cardiovascular Johns Hopkins Bulldog Clamp 3″ Straight (Model 2) is a specialized vascular surgical instrument developed for controlled occlusion of blood vessels during delicate cardiovascular and microsurgical procedures. Known for its precise application and dependable performance, this Johns Hopkins Bulldog Clamp is commonly used by cardiovascular surgeons, vascular specialists, and surgical professionals who require accurate vessel management while minimizing tissue trauma.
Designed with a 3-inch straight profile, this bulldog clamp provides enhanced visibility and accessibility in confined surgical fields. The straight jaw configuration allows surgeons to approach vessels directly while maintaining a secure grip and controlled compression. The Model 2 design offers a balanced combination of strength, precision, and ease of manipulation, making it suitable for a variety of vascular applications where temporary blood flow interruption is required.
The Johns Hopkins Bulldog Clamp 3″ Straight is primarily used in cardiovascular surgery, vascular reconstruction, arterial procedures, and other specialized surgical interventions requiring temporary vessel occlusion. Its atraumatic jaw design helps provide a firm yet controlled hold on vascular structures, supporting surgical accuracy while helping protect delicate tissues.
Manufactured from high-quality surgical-grade stainless steel, this cardiovascular clamp is engineered for long-term durability, corrosion resistance, and repeated sterilization cycles. The premium stainless steel construction ensures excellent mechanical strength while maintaining smooth operation throughout its service life. The instrument’s finish supports easy cleaning and helps maintain hygienic standards required in modern operating environments.
A key advantage of the Johns Hopkins Bulldog Clamp Model 2 is its ergonomic design. The lightweight construction and precise spring mechanism allow surgeons to apply and release the clamp smoothly with minimal effort. This improves workflow efficiency during procedures and provides better control during critical surgical steps. The straight design also enables predictable positioning, especially when working with accessible vascular structures.
This cardiovascular surgical bulldog clamp is compatible with standard hospital sterilization protocols, including autoclave sterilization. Proper cleaning, inspection, and sterilization after each use help maintain instrument performance, reliability, and patient safety. Regular maintenance ensures that the clamp continues to provide consistent pressure control and smooth functionality over numerous surgical applications.
The Johns Hopkins Bulldog Clamp is valued for its durability, precision engineering, and surgical versatility. It is an essential addition to cardiovascular and vascular instrument sets, supporting surgeons in procedures that require dependable vessel occlusion and controlled surgical access. Whether used in vascular repair, arterial reconstruction, or cardiovascular surgery, this instrument delivers the accuracy and reliability expected from professional surgical equipment.
For hospitals, surgical centers, and medical professionals seeking a high-quality 3-inch straight cardiovascular bulldog clamp, the Johns Hopkins Bulldog Clamp 3″ Straight (Model 2) offers a trusted solution designed for precision, durability, and consistent clinical performance.
Key Features
- Precision Johns Hopkins Bulldog Clamp 3″ Straight Model 2 design for cardiovascular procedures
- Designed for temporary vascular occlusion and controlled blood flow interruption
- Straight jaw configuration provides direct access and improved surgical visibility
- Atraumatic gripping mechanism helps reduce vascular tissue damage
- Manufactured from high-quality surgical-grade stainless steel
- Corrosion-resistant construction supports repeated sterilization cycles
- Smooth spring action enables controlled application and release
- Lightweight ergonomic design improves surgeon handling and comfort
- Suitable for cardiovascular, vascular, and reconstructive surgical applications
- Durable construction ensures reliable long-term operating room performance
- Compatible with standard surgical cleaning and autoclave sterilization procedures
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Cardiovascular Johns Hopkins Bulldog Clamp 3″ Straight (Model 2) |
| Instrument Type | Bulldog Vascular Clamp |
| Category | Cardiovascular Surgical Instruments |
| Length | 3 Inches |
| Model | Model 2 |
| Jaw Style | Straight |
| Application | Temporary Vessel Occlusion |
| Surgical Use | Cardiovascular and Vascular Procedures |
| Material | Surgical-Grade Stainless Steel |
| Design | Atraumatic Vascular Control |
| Sterilization | Autoclavable / Standard Surgical Sterilization |
| Reusable | Yes |
FAQs
1. What is the Cardiovascular Johns Hopkins Bulldog Clamp 3″ Straight Model 2 used for?
The Johns Hopkins Bulldog Clamp 3″ Straight Model 2 is used for temporary occlusion and control of blood vessels during cardiovascular and vascular surgical procedures.
2. Is this bulldog clamp suitable for cardiovascular surgery?
Yes, this cardiovascular bulldog clamp is designed for use in cardiovascular, vascular reconstruction, and other procedures requiring precise vessel control.
3. What material is the Johns Hopkins Bulldog Clamp made from?
The instrument is manufactured from surgical-grade stainless steel, providing durability, corrosion resistance, and compatibility with repeated sterilization.
4. Does the 3″ straight design provide better surgical access?
Yes, the straight design allows direct positioning and improved visibility when accessing vessels in various surgical environments.
5. Can the Johns Hopkins Bulldog Clamp be sterilized in an autoclave?
Yes, this reusable surgical clamp is designed to withstand standard hospital sterilization methods, including autoclave processing.
6. What makes this bulldog clamp different from standard vascular clamps?
The Johns Hopkins Bulldog Clamp Model 2 provides precise pressure control, atraumatic vessel handling, and a compact design optimized for delicate cardiovascular procedures.

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