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6 1/2″ Dardik Multi-Purpose Clamp Angled 30°
6 1/2″ Dardik Multi-Purpose Clamp Angled 45°
6 1/2″ Dardik Multi-Purpose Clamp Angled 45°
The 6 1/2″ Dardik Multi-Purpose Clamp Angled 45° is a versatile vascular surgical instrument designed for precise vessel handling, occlusion, and manipulation during cardiovascular and reconstructive procedures. Featuring a 45° angled jaw design and premium surgical-grade stainless steel construction, it provides excellent access, control, and reliable performance in demanding surgical environments.
6 1/2″ DeBakey Derra Anastomosis Clamp Medium Jaw
The 6 1/2″ DeBakey Derra Anastomosis Clamp Medium Jaw is a precision vascular surgical instrument designed for controlled vessel occlusion and accurate anastomosis procedures. Its medium jaw design provides reliable grip, atraumatic handling, and excellent surgical control during cardiovascular and vascular operations.
6 1/2″ DeBakey Derra Anastomosis Clamp Medium Jaw
The Cardiovascular Instrument 6 1/2″ DeBakey Derra Anastomosis Clamp Medium Jaw is a specialized surgical instrument designed for precise vascular anastomosis, vessel occlusion, and cardiovascular procedures. Its DeBakey atraumatic jaw design and medium jaw size provide reliable control with gentle handling of vascular structures.
6 1/2″ DeBakey Derra Anastomosis Clamp Small Jaw
The Cardiovascular Instrument 6 1/2″ DeBakey Derra Anastomosis Clamp Small Jaw is a precision surgical instrument designed for delicate vascular anastomosis, vessel occlusion, and cardiovascular procedures. Its small DeBakey jaw configuration provides accurate control and gentle handling of smaller vascular structures.
6 1/2″ DeBakey Derra Anastomosis Clamp Small Jaw
6 1/2″ DeBakey Multi-Purpose Clamp 30° Angled
The 6 1/2″ DeBakey Multi-Purpose Clamp 30° Angled is a versatile surgical instrument designed for atraumatic grasping, vessel control, and delicate tissue handling during cardiovascular and general surgical procedures. Its 30° angled design provides improved access, precision, and maneuverability in complex surgical fields.
