General Surgery
7 1/2″ Leland Jones Clamp Titanium Angled
The 7 1/2″ Leland Jones Clamp Titanium Angled is a precision vascular surgical instrument designed for controlled vessel clamping and delicate tissue management. Its titanium construction and angled design provide excellent durability, lightweight handling, and reliable performance in cardiovascular procedures.
7 1/2″ Leland Jones Clamp Titanium Angled
The 7 1/2″ Leland Jones Clamp Titanium Angled is a premium vascular surgical instrument designed for controlled vessel occlusion and precise tissue handling. Manufactured from lightweight titanium with an angled profile, it provides excellent maneuverability, durability, and performance during cardiovascular procedures.
7 1/2″ Leland Jones Peripheral Vascular Clamp Ang 30°
The 7 1/2″ Leland Jones Peripheral Vascular Clamp Angled 30° is a precision vascular surgical instrument designed for controlled vessel occlusion and manipulation during peripheral vascular procedures. Its 30° angled design provides improved access, accurate positioning, and dependable performance in complex surgical applications.
7 1/2″ Leland Jones Peripheral Vascular Clamp Angled 30°
7 1/2″ Lucae Mallet 9 oz. Head
7 1/2″ Mallet Replaceable Nylon Caps 7 oz
7 1/2″ Plaque Remover Long Right Angle
7 1/4″ Aortic Exclusion Clamp S Shaped Cvd Jaws
7 1/4″ Aortic Exclusion Clamp S Shaped, Curved Jaws
The 7 1/4″ Aortic Exclusion Clamp S Shaped, Curved Jaws is a specialized vascular surgical instrument designed for controlled occlusion and isolation of the aorta during complex cardiovascular procedures. Manufactured for precision, durability, and reliable vessel handling, this clamp provides surgeons with secure atraumatic control during aortic surgery.
7 1/4″ Cooley Occlusion Clamp 3.6cm Long Jaws
7 1/4″ Dale Improved Fem Pop Anastomosis Clamp
The 7 1/4″ Dale Improved Fem Pop Anastomosis Clamp is a specialized vascular surgical instrument designed for controlled vessel handling during femoral popliteal bypass and arterial anastomosis procedures. Its improved design provides precise positioning, secure clamping, and dependable performance in peripheral vascular surgery.
