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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.
Features & Benefits
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.
Cooley arteriotomy scissors are purpose‑designed for controlled opening of coronary and peripheral arteries during bypass grafting and endarterectomy procedures. The 30-degree angle optimizes the cutting trajectory along vessel walls, reducing the risk of over-extension beyond the intended arteriotomy site. Extended 184mm length permits surgeon access during complex revascularization.
Cooley first rib shears are heavy‑duty cutting instruments for median sternotomy and thoracic surgery approaches to coronary bypass and heart transplantation. The curved jaws with 340mm length provide mechanical advantage for cutting through dense rib and sternal bone during cardiac access. Stainless steel construction withstands repeated autoclave sterilization and maintains blade sharpness across multiple cases.
Cooley‑Favaloro sternal rib spreaders for pediatric use are engineered to safely open the sternum in smaller thoracic cavities during cardiac surgery. The swivel convex blades and graduated blade dimensions (A = 12mm, B = 20mm, C = 155mm, D = 120mm) accommodate the child's rib cage geometry while distributing retraction force evenly. This design minimizes rib fracture and soft tissue trauma.
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.
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.
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.
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.
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 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 Garrett vascular dilator with 1mm elongated oval tip enables gentle, progressive dilation of small coronary and IMA vessels during harvest or anastomotic preparation. The matte mirror finish and thin 140mm shaft minimize drag and preserve delicate endothelial surfaces. Progressive tip geometry supports sequential vessel sizing.
This Garrett vascular dilator with 2mm elongated oval tip bridges the gap between delicate single‑vessel and broader multi‑vessel anatomy during IMA harvesting and graft preparation. The matte finish and thin shaft configuration enable controlled advancement without endothelial trauma. Ideal for sequential dilation before anastomosis.
The Garrett vascular dilator with 3.5mm elongated oval tip gently enlarges coronary artery or saphenous vein ostia prior to anastomosis. The matte mirror finish reduces light reflection in bloodfield, and the thin shaft supports tactile feedback while navigating within vessel lumens. At 140mm length, the instrument preserves proximal control during delicate intravascular manipulation.
The Garrett vascular dilator with 4.5mm elongated oval tip prepares larger coronary ostia and saphenous vein grafts for precise anastomosis without stenosis. The matte finish reduces bloodfield glare, while the thin, responsive shaft delivers accurate tactile feedback during progressive intraluminal dilation. At 140mm, the design preserves control across repeated vessel sizing.
The Garrett vascular dilator with 4mm elongated oval tip progressively enlarges coronary or graft vessel ostia to accommodate anastomotic size matching. Matte mirror finish and thin shaft design allow precise tactile control during intraluminal dilation without endothelial disruption. The 140mm length supports access within pericardial space while maintaining proximal vessel security.
This Garrett vascular dilator with 5mm elongated oval tip accommodates larger vessel lumens during aortic branch dilation or bypass graft sizing. The thin shaft and matte finish support smooth, atraumatic advancement along vessel walls. Progressive sizing with the 1mm and 2mm versions enables safe, stepwise dilation.
Designed for retraction of the lung away from the mediastinum during cardiothoracic exposure, this small Haight T retractor presents a 254mm T-shaped tip with a malleable body that the surgeon bends to the patient's anatomy. The 131mm body width spreads contact across the lung surface to reduce parenchymal trauma, and the 7-inch (178mm) overall length supports comfortable seating against the chest wall. Stainless‑steel construction holds the bent shape through use yet permits reshaping for the next case.
The 13‑gauge heparin needle with Luer lock connector enables rapid, controlled injection of systemically anticoagulating doses during cardiopulmonary bypass cannulation and vascular procedures. The fixed 76mm length provides stable puncture depth for central venous or arterial access. Stainless steel construction ensures smooth track during repeated use across multiple cardiac cases.
The Jacobson needle holder with diamond‑dusted jaws delivers secure needle purchase during intracardiac suturing without rotation or slippage. The straight platform and locking mechanism stabilize the needle during complex valve repair and septal closure. At 210mm, the instrument reaches deep atrial and ventricular structures while the diamond dust surface ensures tactile grip on delicate cardiac sutures.
The Jacobson heavy‑style needle holder combines a 2mm diamond‑coated tip with robust jaw closure for secure suture capture in cardiovascular repairs and dense tissue approximation. Its straight configuration and round handle support stable palm‑grip control during aortic or coronary vessel anastomosis work. The spring‑locking mechanism holds fine suture material without slippage across repeated needle passes.
Jacobson micro needle holders are precision instruments for fine suturing in coronary artery and cardiac chamber repairs. The 1mm diamond‑coated jaws provide reliable needle purchase on delicate 5‑0 and smaller sutures, while the slim‑line box lock minimizes profile within the surgical field. A 184mm shaft and knurled round handle deliver steady control for meticulous intracardiac anastomosis.
The Jacobson micro needle holder combines diamond‑dusted jaws with box lock and flat grooved handle to enable precise suturing of delicate coronary and ventricular tissue during microsurgical repair and anastomosis. Its straight 203mm shaft and micro pattern support fine needle control through complex in‑depth stitching. The diamond‑dusted surface retains needle purchase through multiple passes without slipping.
These Jacobson micro scissors deliver fine-tipped precision cutting for delicate coronary artery and bypass graft work. The 125-degree sharp blade angle permits controlled dissection and vessel ligation in tight mediastinal spaces. The round spring handle provides balanced tactile feedback during prolonged microsurgical handling.