Cooley Anastomosis Clamp Modified

Cooley Renal Artery Clamp Cooley Renal Artery clamp is ideally suited for use in cardiothoracic surgeries. The slightly curved shanks and angled jaws make this clamp perfect for its ideal use which is as a renal clamp to fully or partially cause occlusion of the renal vessels. These jaws are atraumatic thus reducing injury and stress to the vessel walls while still remaining firmly in their affixed location. This instrument is available in three sizes: 7.25", 7.5" and 10.75" to accommodate a number of different surgical approaches and surgeon preferences.

Exclusion Clamp s shaped, curved jaws 8.5 cm, 7-1/4" (18.5 cm) Aortic Exclusion Clamp are ideally made for use in cardiothoracic surgical procedures in which there is a need to exclude a certain portion of the aorta. The unique "S" shaped curvature of the jaws makes it contoured to fit the unique curvature and shapes necessary of atraumatic clamping of vessels. Although this instrument could have a wide application on other vessels it is designed for use in clamping of the aorta. This instrument is comprised of premium German operating-room grade stainless steel.

Anastomosis Clamp jaws calibrated at 5.0 mm intervals, 6-1/2" (16.5 cm) Cooley Anastomosis Clamp is designed for use in cardiothoracic surgical procedures in which an anastomotic connection is to be formed between two vessels and blood flow needs to be reduce significantly via clamping. This instrument features jaws that are calibrated at 5 mm intervals making them ideally suited to give accurate measurement information during a surgical procedures. Additionally, this clamp features a slightly looped, u-shaped clamp to provide optimal gripping capacity but also maintaining that hold consistently throughout the procedure.

Cooley Coarctation Clamp - 9 3/4" 7.0 cm long straight jaws, straight shanks, 9-3/4" (24.8 cm) Cooley Coractation Clamp is well suited for use in cardiothoracic surgical procedures that necessitate total or partial occlusion of a vessel. This is often done in cardiothoracic surgical procedures to prevent the patients from losing an excessive amount of blood during surgery. This pattern features longer jaws and a longer overall length for cases where additional reach is necessary, as well as straight jaws and shanks which are designed to provide a firm and stable grip once they have been affixed to the site where the clamping is needed.