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The DeBakey peripheral vascular S‑shaped clamp combines angled jaws with a 60mm span to support tissue management around coronary arteries and aortic branches during cardiothoracic procedures. The S‑shaped geometry positions jaws perpendicular to vessel walls, preventing tissue trauma while maintaining secure control. At 178mm, the instrument reaches deep pericardial and IMA harvest locations.
Features & Benefits
The DeBakey‑Satinsky vena cava clamp combines atraumatic vascular clamping geometry with a 40mm jaw span designed for secure, non‑crushable positioning of large-caliber venous vessels. Its straight profile and 238mm overall length provide stable positioning during thoracic and abdominal vascular procedures. Stainless steel construction supports reliable performance across repeat cases and sterilization cycles.
This larger DeBakey tangential positioning clamp with 48mm jaw and 16mm depth accommodates broader aortic segments during proximal or distal anastomosis. The curved S‑geometry enables selective, atraumatic side‑biting compression without complete vessel positioning. The 260mm extended length positions the handle clear of the surgical field.
The DeBakey tangential positioning clamp delivers curved jaw geometry with precise 54mm blade width and 16mm depth, enabling partial-positioning clamping of aortic and large arterial segments during in‑situ repair and patch grafting. The controlled jaw span permits surgeon access to the occluded vessel segment without totally excluding distal flow. At 267mm, it reaches deep thoracic and abdominal sites.
This DeBakey tangential positioning clamp with S‑shaped curve and 35mm jaw delivers selective, side‑biting compression of the aortic wall without complete cross‑clamping. The 11mm depth limits endothelial trauma during partial aortic positioning for anastomosis or aortotomy closure. The 197mm length and curved geometry support precise positioning on the aortic surface.
Extended to 305mm, this DeBakey thoracic tissue forceps adds reach for difficult-to-access pericardial and ventricular tissue during minimally invasive or reoperative cardiac procedures. The 2.7mm tapered tips retain fine control at distance, critical for IMA harvest and vessel anastomosis in confined fields. Stainless‑steel construction ensures durability across repeated surgical case loads.
The DeBakey thoracic tissue forceps combines fine 2.7mm tips with a straight 241mm shaft to facilitate delicate vessel and myocardial handling in deep cardiac fields. Its tapered jaws provide atraumatic grasp on thin-walled atrial tissue and coronary structures during IMA harvest and vessel preparation. The extended length maintains reach without sacrificing control during complex anastomosis sequences.
The Diethrich micro bulldog clamp features a 12mm angled jaw with precise 180‑gram closing pressure for atraumatic vessel positioning during coronary bypass and microvascular anastomosis. The angled geometry supports intuitive hand positioning in confined spaces between critical structures. Consistent pressure across the closure cycle minimizes intimal trauma.
The Duval lung grasping forceps feature a serrated 25mm triangular jaw optimized for atraumatic yet secure grasp of pulmonary parenchyma and visceral pleura during pulmonary resection. The triangular jaw geometry distributes grip force across a stable three‑point contact while minimizing tissue laceration. Overall length of 200mm supports comfortable thoracic exposure.
This angled Fogarty H‑grip with 61mm inserts delivers lateral approach geometry during complex aortic or atrial procedures. The 216mm length balances reach with maneuverability in confined thoracic spaces. The adjustable insert system and H‑grip handle combine to support precise vascular positioning.
This angled Fogarty H‑grip with 86mm insert capacity enables broad positioning of large vessels during aortic cross‑clamp or reconstruction. The 235mm working length supports posterior mediastinal positioning, while the H‑grip handle maintains secure, ergonomic control. The modular system reduces instrument proliferation.
This straight Fogarty H‑grip clamp with 61mm insert capacity provides broad jaw coverage for aortic or atrial wall manipulation. The 292mm extended length accommodates anterior mediastinal access during complex reconstructive cases. The modular insert system allows surgeons to adjust jaw geometry without changing instruments.
This angled Fogarty H‑grip clamp accepts 33mm interchangeable inserts, enabling surgeons to select jaw geometry tailored to specific vessel sizes and positions. The compact 118mm length and H‑grip handle support one‑handed positioning of coronary arteries or aortic branches during repair. The modular design streamlines sterilization and inventory management.
The Fogarty H‑Grip clamp applies controlled vascular positioning of the aorta and great vessels during cardiac and aortic procedures. A straight 33mm insert seat accepts atraumatic Fogarty inserts that distribute clamp force across the vessel wall, and the 6-1/2 inch (165mm) shaft positions the H‑grip clear of the sternotomy field. Stainless‑steel construction supports the ratchet mechanism across repeat sterilization.
This Gemini-style curved forceps provides delicate tissue approximation and control in cardiac surgery, where subtle grasping and fine manipulation are essential. The serrated working edge maintains grip on small vascular structures, while the standard curve geometry aligns with internal cardiac anatomy. Stainless-steel construction supports rigorous sterilization cycles across repeated cases.
The full‑curve Gemini forceps at 203mm carry delicate serrated jaws sized for fine vascular and cardiac clamping where a heavy curve is needed to reach around structures. The delicate jaw profile supports tissue integrity, and the serrated grip surface anchors the clamp without slipping.
The 180mm Gemini forceps carry a gentle curve with delicate serrated jaws, sized for vessel clamping at moderate depth where a softer curve is preferred over the heavy‑curve variant. The serrated grip anchors the clamp without slipping during vascular control.
These Gemini delicate forceps with serrated jaws and heavy curve are engineered for vascular clamp applications in coronary bypass and valve surgery. The 280mm extended length allows reach to distal vessel sites, while the serrated jaw surface prevents slipping during critical anastomotic control. Delicate construction supports prolonged use without hand fatigue.
The Gemini forceps combines heavy curvature with delicate, serrated jaws for secure vascular control and atraumatic tissue retraction in cardiac surgery. The 229mm length provides excellent reach in open cardiac fields, while the serrated surface prevents slippage on vessel walls. Stainless‑steel construction ensures durability across multiple bypass and valve procedures.
The Glover bulldog clamp in straight geometry provides fixed-position positioning of coronary and systemic vessels during cardiac surgery. Its 27mm jaw span suits small-to‑moderate arteries, while the adjustable tension mechanism permits customized grip force to balance secure positioning against tissue protection. The compact 64mm overall length integrates seamlessly into restricted operative sites.
This Glover bulldog clamp integrates a 32mm Cooley‑style jaw angled at 90 degrees for access to branches and perforating vessels in confined surgical spaces. The compact 41mm length and angled geometry enable rapid placement with controlled instrument placement. Ideal for securing IMA branches or small coronary perforators.
The curved Glover bulldog clamp offers angled jaw access for tissue handling around coronary branches and side‑branch vessels during anastomosis creation. The 27mm jaw span accommodates small‑to‑moderate arteries, while the integrated adjustable tension screw permits force modulation to protect vessel wall integrity. At 51mm, it occupies minimal space while supporting reliable procedural control.
The Glover vascular clamp provides atraumatic control on coronary arteries and saphenous vein grafts during bypass construction and vessel repair. The clamp's refined jaw geometry minimizes endothelial trauma while maintaining secure vessel positioning across the procedure. Reusable stainless steel construction ensures reliable performance across repeated cardiac cases.
The Gregory miniature vascular clamp features extra‑delicate 1.5mm jaws angled at 45 degrees, engineered for gentle positioning of small coronary branches and delicate vein grafts in minimally invasive bypass procedures. Its light weight and angled geometry allow precise positioning in confined spaces without excessive mediastinal trauma. The 114mm length supports manipulation through small MICS access ports.
The Gregory profunda clamp, medium size, is designed for secure positioning of large vessels including the profunda femoris and deep pelvic vasculature during vascular reconstruction and peripheral bypass. The straight geometry enables stable hand positioning, while the clamp's locking mechanism supports extended application time without fatigue. Overall length of 187mm permits leverage in deep fields.
The Henly modified vascular clamp features 1 × 2 vascular teeth angled to 20mm, providing secure grip on both arterial and venous structures during bypass and transplant anastomosis. Its angled 191mm shaft allows placement in deep sternal and pericardial regions, while the tooth pattern distributes clamping force without crushing delicate tissue surfaces. Stainless‑steel construction ensures lasting durability in cardiac program use.
This Jacobson micro artery forceps provides gentle vessel handling with a slightly curved jaw geometry that accommodates delicate microvascular structures in cardiac and microsurgical fields. The fine clamping action delivers controlled positioning without tissue trauma, while the 181mm length extends reach to deep operative planes. Stainless-steel construction supports reliable performance across repeated procedures.
The Jacobson micro bulldog clamp features a straight 21mm jaw length in a compact 48mm overall package, enabling precise vessel positioning in confined microsurgical spaces such as cortical penetrating arteries and fine venous anastomoses. The compact design minimizes obstruction to the operative field. Jaw length precisely matches common microvascular targets.
The Javid carotid artery bypass shunt clamp incorporates a 4mm diameter ring tip that seats around the shunt cannula, permitting controlled vessel positioning during shunt insertion without damaging the prosthetic device. The 65-degree angled blade orientation stabilizes positioning during high-flow carotid arteries. At 160mm, it provides reach for carotid bifurcation work.
The Javid carotid bypass shunt clamp with 6mm diameter ring tip accommodates larger‑bore shunt cannulas during carotid artery bypass grafting. The ring design permits atraumatic vessel engagement while protecting the prosthetic device from mechanical trauma. The 70-degree angled blade geometry supports positioning in medium‑to‑large carotid vessels, with 180mm reach for proximal arterial access.