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The Kantrowitz thoracic forceps features a standard curve geometry optimized for manipulation and retraction of mediastinal structures and pericardium during cardiac procedures. The curved blade profile accommodates the three‑dimensional anatomy of the mediastinal space without unnecessary tissue trauma. Overall length of 241mm enables reach into the anterior mediastinum.
Features & Benefits
The Kantrowitz thoracic forceps combines delicate right‑angled serrated jaws with 191mm length to grasp lung tissue, mediastinal fat, and pericardial structures during cardiothoracic procedures. The serrated edge prevents slipping on moist tissue. Stainless steel construction supports reliable performance across thoracic cases.
Kantrowitz vascular forceps deliver atraumatic grip on coronary arteries and bypass grafts during vessel dissection and anastomosis preparation. The 2mm serrated jaw width distributes contact pressure evenly across delicate vessel walls without crushing intima. At 235mm, the instrument reaches deep pericardial and aortic structures while the straight platform maintains precise positional control.
This Kay aorta clamp with curved jaw and 31mm depth provides selective, side‑biting compression of the ascending or descending aorta during partial positioning for aortotomy closure or anastomosis. The 203mm length and curved geometry support natural positioning on the aortic surface without hand rotation. The 44mm jaw width accommodates mid‑sized aortic segments.
This Lambert‑Kay aorta clamp with 44mm jaw and 19mm depth delivers controlled, selective positioning of the ascending or descending aorta during repair of aortic segments. The curved geometry positions the clamp perpendicularly to the vessel without awkward hand maneuvering. The 203mm length maintains surgeon distance from the operative field during critical positioning.
The Lovelace lung forceps unite angled shanks with wide, 28mm triangular jaws designed for secure atraumatic grasping of pulmonary parenchyma during median sternotomy access for cardiac surgery or lung wedge biopsy. The broad triangular tip distributes load across lung tissue, minimizing perforation or air leak. At 203mm, it provides reach into the mediastinal apex.
The Meeker artery forceps provides precise control during coronary artery and aortic vessel work in cardiac surgery. Its 273mm angled configuration maintains optimal visibility while manipulating atherosclerotic or calcified vessels, and the serrated jaws prevent vessel slippage during delicate handling. The reusable stainless steel construction supports reliable performance across repeated sterilization cycles.
This Meeker-style artery forceps features a right-angle configuration that improves access to vessels along the lateral cardiac wall and mediastinal planes. The angled jaw geometry provides controlled vessel occlusion without excessive crushing, while the 178mm length allows extended reach to deep mediastinal structures. Stainless-steel construction ensures durable performance across routine cardiac exposure.
This titanium microsurgical bayonet forceps delivers a 0.9mm smooth jaw ideal for delicate vascular and cardiac tissue manipulation. The 1mm guide pin assists with precise alignment and controlled grasp. Round 8mm diamond-knurled handle supports stable grip during extended cardiovascular procedures. At 210mm length, this configuration optimizes visibility and control in confined cardiac spaces.
The microsurgical DeBakey forceps combines titanium construction with a refined 1.2mm atraumatic jaw geometry ideal for delicate vascular and cardiac tissue handling. The round 8mm diamond-knurled handle supports stable grip and control during prolonged microsurgical dissection. Straight orientation and 210mm length enable precise vessel and cardiac chamber manipulation without excessive tissue trauma.
This straight Presbyterian Hospital tubing forceps is designed to clamp, isolate, and manipulate vessels and tubing during cardiac procedures. The 181mm length provides adequate reach into the anterior mediastinum while maintaining tactile feedback. The serrated grasp pattern prevents slippage on wet silk tubing and vessel walls.
The Resano vascular dissecting forceps at 320mm reach the deepest vascular structures of the chest and abdomen, supporting controlled dissection along vessel planes during cardiothoracic and major vascular cases. The long straight body keeps the operator's hand well clear of the wound.
The Resano vascular dissecting forceps at 180mm carry the straight profile of the Resano family in a moderate working length, sized for vascular plane dissection in cardiothoracic and peripheral vascular cases where the longer 320mm variant is unneeded. The straight shaft supports a direct approach.
Resano vascular dissecting forceps provide controlled tissue separation along vascular planes during IMA harvest, vessel mobilization, or coronary vessel dissection. The extended 230mm length allows the surgeon to work within deep mediastinal spaces while maintaining clear visibility. Fine straight tips support gentle dissection of delicate adventitia without crushing vessel walls.
Rochester-Carmalt artery forceps measuring 6-1/4" deliver reliable vascular control. Serrated jaw surfaces ensure vessel positioning without slippage or tissue trauma. Stainless‑steel construction supports reliable durability across many surgical cases.
Curved Rochester‑Carmalt artery forceps at 159mm carry longitudinal jaw serrations that crush vessels along their length, securing control on larger arteries and pedicles. The standard curve helps the working tips engage vessels beneath overlying tissue. A robust frame holds positioning during ligature passage.
Rochester‑Carmalt artery forceps provide fine vessel control via longitudinal serrations that grip without slipping. The curved jaw enhances visibility and ergonomics during artery isolation and clamping. Extended 203mm reach supports access into deeper vascular fields.
The Rochester‑Carmalt artery forceps feature longitudinal serrated jaws and a straight 8" (203mm) configuration for reliable procedural grasping during general and vascular surgery. The serration pattern distributes compressive force across vessel walls without cutting. Stainless steel construction supports robust reprocessing.
The Rumel thoracic forceps is a specialized grasper designed for delicate vessel and pericardial manipulation during cardiac procedures. Its curved geometry allows secure control of coronary arteries and attendant tissues during sternotomy exposure and anastomosis preparation. Reusable stainless‑steel construction withstands repeated sterilization cycles, supporting reliable performance across multiple cases.
The Satinsky cross‑action bulldog clamp combines an S‑curve with cross‑serrated jaws to provide secure atraumatic positioning of ascending aorta and coronary ostia during cardiopulmonary bypass and valve procedures. Its 254mm length allows placement and manipulation from lateral sternal exposure without excessive stretch on clamped vessels. The serrated jaw pattern distributes clamping force evenly across vessel wall.
This tubing introducer forceps incorporates a flat 9mm handle and accommodates 0.5‑1mm diameter tubing across a 110mm length for controlled insertion.
This Vanderbilt University deep vessel clamp features serrated jaws for secure positioning of deeper vascular structures during cardiac and thoracic procedures. The straight geometry and 216mm extended length provide reach to posterior mediastinal and deep thoracic planes. Serrated grip prevents slippage on wet tissue surfaces during prolonged clamping.
This compact curved vascular clamp with a 14mm working jaw is designed for fine vessel positioning in restricted operative spaces during coronary artery disease and peripheral vascular repairs. The curved geometry conforms to vessel anatomy, while the small working length minimizes tissue trauma in tight fields. Its reusable stainless‑steel body supports durable performance across high-volume vascular cases.
These fully curved vascular forceps with serrated jaw offer secure grasp on vessel walls during IMA harvest, graft preparation, and arterial manipulation in bypass grafting. The 159mm length supports reach into deep mediastinal fields, while serrated jaws distribute grip force across tissue without crushing fragile endothelium. Reusable stainless‑steel construction withstands the sterilization intensity of high-volume cardiac programs.
This non‑crushing vena cava clamp features broad, parallel jaws designed to support tissue management around the inferior vena cava or other large venous structures during cardiac reconstruction without compressing the vessel wall. The 203mm length positions the clamp handle clear of the surgical field, while the 6mm depth jaw provides controlled, atraumatic contact across the vessel surface.
This microvascular vessel dilator forceps features an ultrasmall 0.2mm diameter tip for gentle engagement of delicate coronary or peripheral vessels. The round handle provides ergonomic grip comfort during prolonged microsurgical procedures. The 155mm overall length supports fine hand control in restricted surgical fields.
This angled vessel dilator forceps incorporates a 10‑degree angle and flat handle to improve ergonomics during delicate microvascular manipulation. The 0.3mm diameter tip enables precise engagement of fine vessels in coronary and peripheral repair. The compact 110mm length supports refined fingertip control in confined operative spaces.