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Coryllos‑Bethune rib shears with left protected jaw are designed for controlled division of rib bone during median sternotomy or lateral thoracotomy exposure. The protected jaw prevents inadvertent injury to underlying pleural or cardiac structures while the opposite jaw delivers cutting force. The 360mm length provides leverage and reach for deep thoracic work.
Features & Benefits
Straight Coryllos‑Bethune rib shears are dual‑purpose instruments for controlled rib cutting during cardiac exposure and closure. The symmetrical straight jaw design accommodates both right‑ and left‑sided rib divisions without requiring hand position changes. The extended 360mm shaft provides mechanical advantage while keeping the surgeon's hand clear of the operative field.
This Daniel-Gubisch rib raspatory features a medium curve geometry designed to lift periosteum and rasp bone during cardiac exposure via sternotomy. The curved blade follows the rib contour, allowing controlled separation without excessive periosteal stripping. Stainless-steel construction delivers lasting durability through repeated sternotomy cases and standard sterilization.
This Daniel-Gubisch rib raspatory combines a strong curve geometry with controlled rasping action for rib elevation during deep sternotomy exposure. The aggressive curve design accommodates variable rib angles and promotes efficient bone separation in tight mediastinal access. Stainless-steel construction maintains durability across repeated cardiac and thoracic procedures.
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.
Sized at 1.5mm, this DeBakey dilator bridges the gap between fine coronary work and larger arterial or venous graft opening during bypass and transplant procedures. The straight geometry and graduated taper allow controlled luminal expansion without vessel wall perforation. Its 191mm length maintains access and visibility throughout complex anastomosis sequences.
This 1mm DeBakey dilator is purpose‑built for gentle vessel opening during coronary anastomosis and graft preparation in cardiac surgery. The straight 191mm shaft and minimal tip diameter allow introduction into delicate coronary and graft lumens without endothelial disruption. Reusable stainless‑steel construction supports reliable performance across multiple vessel anastomosis cases.
This 2.5mm DeBakey dilator is sized for larger arterial and venous graft lumens encountered in adult bypass and VAD procedures. The graduated taper minimizes vessel wall trauma during opening, while the 191mm straight shaft maintains precision control in deep mediastinal fields. Durable stainless‑steel construction supports the repeated sterilization demands of high-volume cardiac programs.
At 2mm, this DeBakey dilator accommodates larger vessels and venous grafts during arterial and venous anastomosis in bypass surgery. The tapered profile allows graduated opening from finer to larger luminal diameters without sudden vessel wall stress. The 191mm straight shaft provides clear visualization and controlled advancement through native and grafted structures.
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.
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.
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 DeBakey‑Potts scissors feature a 45-degree angled blade geometry that supports precise cutting of small arterial branches and graft anastomosis sites. The two‑tone finish provides visual feedback on blade alignment, while the ring handle ensures stable grip during fine dissection. At 165mm, the instrument reaches deep into pericardial and mediastinal fields.
DeMartel scissors angled 45 degrees at 190mm deliver sharp‑angle cuts in vascular, cardiac, and general surgical fields where a steeper working angle preserves visualization. The angled blade approaches the cut from the surgeon's natural working line.
The DeMartel scissors feature blunt tips paired with curved geometry ideally suited for safe dissection around friable cardiac structures and valve tissue. Its 171mm compact length facilitates access in confined atrial and ventricular spaces. The blunt‑on‑blunt configuration minimizes risk of inadvertent perforation during delicate valve work.
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.
This Doyen costal elevator features a straight blade geometry designed to lift and separate ribs during cardiac sternotomy. The hexagonal handle provides secure grip during controlled rasping of periosteum and bone. Stainless steel construction ensures durability through repeated sternotomy exposures and standard sterilization cycles.
This Doyen rib rasp enables controlled smoothing and beveling of rib edges during median sternotomy or thoracotomy closure. The 171mm length provides adequate working surface to address raw bone without traumatizing adjacent structures. Straight design with fine rasping surface supports atraumatic chest wall repair.
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.
These straight Finochietto scissors are designed for direct, open dissection in cardiac surgery fields. The 270mm length and ring handle allow surgeon control when dividing tissue planes around the heart, great vessels, or during sternotomy closure. Straight blade geometry provides predictable cutting without curvature constraints.
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.