Description
Mini-Glover Vena Atrauma Bulldog Clamps are precision-engineered vascular instruments designed for safe and effective vessel occlusion in delicate cardiovascular and microsurgical procedures. With atraumatic jaws and lightweight titanium construction, they provide excellent handling, corrosion resistance, and minimal tissue trauma. Available in straight, gently curved, and strongly curved designs with various jaw lengths, these clamps offer surgeons reliable versatility for precise vascular control.
| Type | Jaw Length (mm) | Size | Material | Usage |
|---|---|---|---|---|
| Straight | 30 mm | 9 mm | Titanium | Secure clamping of small vessels in cardiovascular surgery |
| Straight | 35 mm | 13 mm | Titanium | Reliable occlusion of medium vessels during microsurgery |
| Straight | 40 mm | 14 mm | Titanium | Atraumatic control of vascular structures |
| Straight | 50 mm | 23 mm | Titanium | Clamping larger vessels with minimal trauma |
| Gently Curved | 30 mm | 9 mm | Titanium | Precise vessel handling in limited surgical spaces |
| Gently Curved | 35 mm | 13 mm | Titanium | Controlled occlusion of medium-sized vessels |
| Gently Curved | 40 mm | 14 mm | Titanium | Enhanced access to deeper vascular structures |
| Gently Curved | 50 mm | 23 mm | Titanium | Effective clamping of larger vessels with curved design |
| Strongly Curved | 30 mm | 9 mm | Titanium | Secure occlusion in narrow and angled surgical sites |
| Strongly Curved | 35 mm | 13 mm | Titanium | Flexible use in microsurgical vascular procedures |
| Strongly Curved | 40 mm | 14 mm | Titanium | Reliable grip with atraumatic control |
| Strongly Curved | 50 mm | 23 mm | Titanium | Maximum access for large vessel clamping |
Key Features
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Atrauma bulldog clamps designed for cardiovascular and microsurgical use.
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Available in straight, gently curved, and strongly curved styles.
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Jaw lengths from 30 mm to 50 mm with sizes ranging 9 mm to 23 mm.
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Titanium construction for lightweight strength and corrosion resistance.
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Ensures secure clamping while minimizing vessel trauma.
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