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The Glover bulldog clamp delivers adjustable tension control for atraumatic positioning of small arteries and veins during cardiac surgery. The curved jaw design aligns with vessel geometry, and the compact 51mm length allows access to delicate mediastinal and coronary structures. Spring tension is user-adjustable to balance control with tissue preservation.
Features & Benefits
These Allis‑Adair tissue forceps with 9 × 10 interlocking teeth provide secure, non‑slip grasp on dense cardiac and pericardial tissue. The 158mm length supports handling during coronary dissection or valve exposure without fatiguing the surgeon's hand. The tooth pattern distributes grip across a wide surface to minimize tissue crushing.
This Castaneda neonatal clamp features curved jaws and handles designed for atraumatic vascular positioning in pediatric cardiac procedures. The 121mm length and light-touch geometry are scaled for small vessel control during repair of congenital heart defects and neonatal coronary manipulation. Stainless steel construction ensures reliable reprocessing across repeated cases.
Curved Coller artery forceps at 160mm clamp small and medium vessels during cardiac and general surgical control. The curved profile tracks tissue planes around the vessel being clamped, and the ratcheted hinge locks the clamp without sustained operator force.
The curved Coller artery forceps clamp small to mid‑caliber vessels during cardiothoracic exposure and adjunctive vascular work. A standard curve at the jaws delivers controlled positioning of vessels approaching the aorta or pulmonary hilum, and the 7-1/4 inch (184mm) shaft reaches into the open chest without obstructing the surgeon's line of sight. Stainless‑steel construction holds the box‑lock geometry through repeat autoclave cycles.
The Coller forceps with strong curve is a multipurpose tissue grasper well‑suited for atrial appendage and pericardial handling during minimally invasive cardiac procedures. Its curved 140mm profile provides controlled lateral retraction and tissue manipulation in confined spaces. Stainless‑steel construction and spring‑loaded action support reliable performance across repeated OR use.
The Cooley anastomosis clamp combines double‑angled jaw geometry with calibrated 5mm increment markings for reproducible vessel window creation during coronary, aortic, and systemic vascular anastomosis. The 19mm jaw span targets medium-sized arterial branches, while angled shanks permit positioning in confined fields. The minimal 7.3mm depth supports stable clamp placement without impeding graft passage.
This Cooley aorta clamp with curved 73mm jaw and 19mm depth delivers broad, atraumatic compression of the ascending aorta or aortic arch during cardiopulmonary bypass weaning or proximal anastomosis. The straight working geometry and extended 254mm handle length position the surgeon's hand remote from the operative field. Jaw contour follows the aortic curvature naturally.
The Cooley aorta clamp delivers straight-jaw geometry optimized for cross‑clamping of the thoracic or abdominal aorta during bypass graft implantation and aneurysm repair. The 76mm jaw span fully encompasses the aortic lumen, while the 235mm overall length supports surgeon positioning from outside the operative field. Stainless steel construction ensures lasting durability through multiple cases.
The Cooley aortic aneurysm clamp is purpose‑built for secure positioning of large aneurysmal or diseased aortic segments during repair procedures. The gently curved shank geometry combined with a broad 76mm jaw span permits atraumatic clamping of friable aneurysm tissue without crushing. At 273mm, the extended length maintains surgeon control of clamping force during complex thoracoabdominal aortic exposure.
The Cooley bulldog clamp combines a heavy curved geometry with a 25mm jaw span and adjustable screw tension mechanism for atraumatic, variable-grip positioning of coronary arteries and small cardiac vessels. Its compact 64mm length permits placement in tight interatrial and intraventricular spaces without encroaching on the surgical field.
These Cooley bulldog clamps with finely serrated jaws and adjustable tension provide secure, atraumatic positioning of small vessels during delicate anastomotic work. The 29mm compact jaw and straight geometry enable rapid placement on coronary arteries or branch vessels. Serrated pattern distributes grip across multiple contact points without crushing tissue surfaces.
The Cooley carotid, subclavian, and renal artery clamp is designed for multi‑purpose vascular control during cervical, thoracic, and abdominal arterial reconstruction. The 63mm jaw span accommodates medium‑to‑large arteries, while the 55-degree angled shank positioning permits access to tortuous or deep vessels. At 184mm, the extended length supports stable procedural control during complex branch‑vessel work.
The Cooley angled vascular clamp is engineered with a 55-degree blade angle that stabilizes positioning during tangential and partial-positioning techniques on aortic, subclavian, and renal vessels. Its 165mm length provides reach for proximal vascular clamping during complex abdominal aortic procedures. The straight jaw profile maintains stable procedural control without vessel wall trauma.
This Cooley coarctation clamp with angled shanks delivers broad jaw coverage (53mm) across large aortic segments during reconstruction of thoracic or abdominal aortic disease. The 168mm working length positions the clamp handle clear of the surgical field while jaws occupy the target vessel. Angled geometry accommodates varied approaches to the aorta.
The Cooley cross‑action bulldog clamp combines heavy curvature with 40mm jaws to provide secure positioning of ascending aorta and pulmonary artery during complex cardiac repairs and transplant procedures. Its compact 98mm length allows precise placement through limited sternal and pericardial exposure. The cross‑action geometry ensures reliable closure without jaw slippage on larger vessels.
The Cooley Derra S‑shaped clamp unites a curved jaw with integrated 5mm calibration markings to guide precise sizing of aortic cannulation sites or vessel anastomosis windows. Its 32mm jaw span accommodates large‑diameter aorta and major branches, while the 16mm depth stabilizes positioning. The 165mm length supports reach during open cardiac surgery and thoracic aortic work.
This Cooley Derra S‑shaped clamp features calibrated 5mm increment markings etched on the jaw surface, enabling surgeons to quantify vessel wall thickness and compression depth during valve repair or reconstructive work. The 19mm jaw and 10mm depth accommodate smaller vessel segments, while the curved geometry positions the clamp perpendicular to the target vessel without hand rotation.
This Cooley Derra S‑shaped clamp with larger 22mm jaw and 13mm depth accommodates medium‑sized vessel segments and pericardial tissue during complex aortic or atrial reconstruction. The calibrated 5mm grid etched across the jaw surface allows precise measurement of compression depth. Curved geometry supports atraumatic manipulation without vessel twisting.
This Cooley neonatal vascular clamp provides precision positioning of minute neonatal vessels in cardiac surgery. The 38mm jaw with angled configuration allows controlled placement across delicate vascular structures without crushing. The compact 124mm length supports intricate intracardiac maneuvers in the neonatal surgical field.
This Cooley spring‑action curved bulldog clamp combines adjustable tension with heavy curvature to conform precisely to aortic arch and pulmonary artery during complex repairs and transplantation. Its 40mm jaws and curved geometry ensure secure positioning without jaw migration, while the spring mechanism allows real‑time pressure modulation to protect tissue surfaces. The 79mm length minimizes bulk in crowded operative fields.
The Cooley spring‑action bulldog clamp with straight geometry and adjustable tension offers flexible positioning control for both ascending aorta and pulmonary vessels during CPB and valve repair. Its 47mm jaws accommodate the full range of major cardiac vessels, while the spring mechanism allows surgeon-modulated tension adjustment. The compact 86mm length supports minimal tissue retraction in deep mediastinal fields.
This extra-small Cooley vascular clamp is designed for positioning of small coronary vessels and peripheral vascular structures. The partial positioning jaws accommodate fine vessel control without excessive tissue trauma. At 117mm overall length, it provides extended reach while maintaining precision in confined cardiac planes.
The Cooley peripheral vascular clamp features a curved geometry for ergonomic positioning during femoral, popliteal, and iliac vessel positioning in open vascular reconstruction. Despite the description noting "curved," stainless steel construction and consistent closure pressure enable reliable peripheral vessel control. Overall length of 171mm supports comfortable hand positioning in abdominal and lower extremity fields.
The DeBakey aortic aneurysm clamp combines slightly curved shanks with a broad 100mm jaw span, engineered for secure positioning of large, friable aneurysmal aortic segments during open repair. The extended jaw length accommodates massive aortic dilatation while the gentle shank curve maintains stable positioning. At 305mm, this large-format instrument provides surgeon reach during extended thoracoabdominal exposures.
This DeBakey aortic aneurysm clamp is engineered for controlled positioning of large-bore aortic segments during aortic repair and replacement. The 83mm jaw accommodates major aortic diameter while the 254mm length reaches deep into the mediastinum. Stainless steel construction supports the rigorous demands of major vascular clamping across repeated procedures.
The DeBakey aortic clamp features distinctive S‑shaped shanks that permit positioning parallel to the aortic wall while maintaining surgeon control from outside the operative field. The curved 76mm jaw accommodates the full aortic diameter during cross‑clamping, while the S‑curve geometry reduces encroachment on mediastinal structures. At 185mm, it provides reach for thoracic and suprarenal aortic exposure.
The DeBakey cross‑action bulldog clamp features a distinctive scissor‑like jaw mechanism with a 30mm curved bite, enabling precise positioning control of medium‑sized coronary and systemic vessels. The cross‑action handle design translates hand pressure into stable, graduated clamping force. At 87mm, the extended leverage permits surgeon control from outside the operative field.
This DeBakey multi‑purpose clamp with curved shanks and 53mm jaw angled 60 degrees combines broad vessel contact with geometric versatility for diverse cardiac clamping needs. The heavy curve accommodates varied anatomical approaches, while the angled jaw supports both cross‑clamping and partial positioning applications. The 210mm length and curved geometry adapt to complex aortic or atrial positioning.
The DeBakey peripheral vascular clamp features curved jaws with straight shanks to support tissue management around coronary arteries and smaller aortic branches during grafting procedures. The gentle curve accommodates vessel contours while the 48mm jaw length distributes clamping force without transmural pressure concentration. At 150mm overall, the design reaches internal mammary artery harvest sites and distal coronary targets.