Miltex Johns Hopkins Bulldog Clamps are essential surgical instruments crafted for precision and reliability in arterial and venous procedures. Available in both straight and curved varieties, these clamps cater to diverse surgical needs, allowing for confident maneuvering around complex surgical areas. Each clamp is designed with the highest quality stainless steel, ensuring durability and a secure grip during critical operations.

These bulldog clamps come in a variety of sizes, offering lengths of 1½", 2", and 3" for straight clamps, and 1½", 2½", 3½" for curved clamps, thereby providing ideal options for specific procedural requirements. Their precision engineering is aimed at delivering superior clamping force without compromising the integrity of surrounding tissue. A trusted choice in surgical settings, the Miltex Johns Hopkins Bulldog Clamps are vital tools engineered to maintain their performance through repeated sterilizations.

Key Features:

• Constructed from high-quality stainless steel for durability and enhanced performance in delicate tasks.
• Available in multiple sizes and shapes to accommodate various surgical needs, providing flexibility in diverse medical procedures.
• The precision-engineered design ensures reliable performance, reducing the risk of slipping during critical operations.
• Straight and curved options provide surgeons with the ability to navigate challenging angles with ease.

Uses:

• The Miltex Johns Hopkins Bulldog Clamps are used in surgical procedures to compress arteries, veins, or other tubular structures to temporarily stop blood flow or fluid transfer.

FAQs:

1. Are these bulldog clamps reusable?
Yes, Miltex Johns Hopkins Bulldog Clamps are reusable and designed for longevity with proper sterilization after each use.

2. What sizes are available for these clamps?
These bulldog clamps come in various sizes ranging from 1½" to 3½", with both straight and curved designs available for different surgical scenarios.

3. How are these clamps sterilized?
Miltex bulldog clamps can be sterilized using standard autoclaving procedures, ensuring they remain safe and effective for repeat use.