Cooley-Baumgarten Aortic Clamp

Titanium straight shanks, 6-3/4" (17.0 cm), debakey jaws, titanium Beck Miniature Aorta clamp is designed for use in cardiothoracic surgeries. This miniature aorta clamp is ideally suited for use in neonatal or pediatric patients who have vessels that are too small to be handled by traditional sized instruments. This instrument can be used to clamp the aorta to occlude blood flow and prevent excessive bleeding during surgery. Additionally, this clamp is available with either DeBakey jaws or titanium jaws.

Castaneda Clamp curved shanks, long thin jaw, calibrated jaws, horizontal serrations, 6" (15.0 cm) Cataneda Clamp is a versatile tool made for use in cardiothoracic surgical procedures for newborn babies. This clamps are designed for neonatal use and as much are much smaller than their traditional counterpart but are equally effective. This multipurpose clamp is designed with curved shanks as well as long thing calibrated jaws coupled with horizontal serrations. Additionally, this instrument is available at varying angles and as a multi purpose or partially occluding clamp making it easy to find a perfect fit for any surgical procedure.

Cherry Supraceliac Clamp shanks curved 60 degrees, debakey 2x3 teeth, jaws 5-3/4", curved, 12-1/2" (31.0 cm) Cheery Supraceliac Clamp is created to be of optimal use in cardiothoracic surgical procedures. This instrument is especially useful aortic aneurysm repairs of the abdominal and thoracic aorta particularly this clamp can be used in accessing the portion of the aorta that is found superior to the celiac artery. Curved shanks coupled with a 60 degree angle and DeBakey teeth allow this clamp to access some deeper vessel structures without damaging the vessel walls or the surrounding tissue.

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.