Description
DeBakey-Diethrich Atrauma Bulldog Clamps are premium vascular instruments designed for precise, atraumatic clamping of delicate vessels in cardiovascular and microsurgical procedures. Available in both straight and angled designs, these clamps feature carefully engineered jaws that provide secure occlusion without damaging vessel walls. Manufactured in stainless steel and lightweight titanium, they ensure versatility, durability, and comfort for surgeons handling complex cases. Their availability in multiple jaw lengths and sizes makes them ideal for a wide range of surgical applications where atrauma and control are critical.
| Type | Jaw Length (mm) | Size | Material | Usage |
|---|---|---|---|---|
| Straight | 45 mm | 10 mm | Stainless Steel | Precise atraumatic clamping in vascular surgery |
| Straight | 50 mm | 14 mm | Stainless Steel | Secure occlusion of medium vessels |
| Straight | 60 mm | 20 mm | Stainless Steel | Control of larger vessels in surgery |
| Straight | 45 mm | 10 mm | Titanium | Lightweight option for fine vessel control |
| Straight | 50 mm | 14 mm | Titanium | Enhanced handling with reduced fatigue |
| Straight | 60 mm | 20 mm | Titanium | Durable titanium for large vessel clamping |
| Angled | 35 mm | 10 mm | Stainless Steel | Angled design for confined surgical access |
| Angled | 45 mm | 14 mm | Stainless Steel | Secure clamping with improved reach |
| Angled | 50 mm | 20 mm | Stainless Steel | Reliable occlusion in deep fields |
| Angled | 35 mm | 10 mm | Titanium | Lightweight angled option for microsurgery |
| Angled | 45 mm | 14 mm | Titanium | Titanium design for efficient vessel control |
| Angled | 50 mm | 20 mm | Titanium | Strong, lightweight clamp for large vessels |
Key Features
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Available in straight and angled designs for versatile surgical needs.
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Jaw lengths: 35 mm, 45 mm, 50 mm, 60 mm for precise control.
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Sizes: 10 mm, 14 mm, 20 mm suitable for various vessel diameters.
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Materials: premium stainless steel and lightweight titanium.
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Atraumatic design reduces vessel damage while ensuring secure clamping.
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