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This variant Jacobson micro needle holder accommodates 7‑0 and smaller sutures, making it ideal for delicate coronary artery and myocardial repairs. The 1mm diamond‑coated jaws combine with spring‑action mechanics and serrated handle design to support controlled, fatigue‑free suturing during extended cardiac cases. The 181mm length and locking mechanism ensure reliable needle retention throughout the repair.
Features & Benefits
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.
The Jacobson microsurgical coronary scissors feature sharp 14mm blades angled 25 degrees with a round diamond‑knurled 8mm handle to enable controlled dissection of coronary branches and fine perivascular tissue. The angled blade profile preserves line of sight while the spring handle provides tactile feedback during delicate incisions. The 178mm length and sharp edges support precision cutting through multiple coronary dissection sequences.
Jacobson microsurgical coronary scissors are specifically configured for vessel anastomosis preparation, with a 45‑degree angled design that optimizes the working angle during coronary artery graft positioning. The 10mm fine sharp blades deliver clean cutting edges essential for secure vessel healing. Square grip handle and slim‑line screw design reduce instrument weight without compromising stability.
The Jacobson needle holder combines a standard curved geometry with an unlocked design for intuitive needle passage control during vascular and cardiac anastomosis. The 203mm overall length reaches deep coronary fields, while the ring handles provide balanced control. Stainless‑steel construction sustains reliable performance across long reconstructive procedures.
The Jacobson needle holder without lock offers versatile needle control for both coronary microsurgery and standard valve suturing in cardiac procedures. Its flat serrated handle provides stable grip during prolonged operative sequences, while the straight geometry maintains optimal visualization through the surgical field. The 184mm length supports reach into mediastinal tissues without sacrificing precision.
Jacobson titanium streamlined micro scissors are engineered for fine vascular and tissue work in coronary and cardiac procedures. The 125‑degree angled design optimizes the working angle for anastomosis site preparation and vessel dissection within the anterior mediastinum. Flat spring handle and 10mm fine sharp blades deliver precision control in confined spaces.
The 1.5mm Jacobson vessel dilator expands capacity for larger peripheral vessel work while maintaining the precision needed for coronary applications. The straight design delivers controlled dilation without unnecessary vessel-wall trauma, supporting reliable vascular patency assessment. Stainless‑steel body ensures sustained performance across multiple cardiac surgical cases.
The Jacobson vessel dilator with 1mm tip geometry is designed for careful calibration of coronary and peripheral arterial vessels during bypass grafting and vascular repair. The straight design allows precise vessel-wall contact without trauma, and the small tip diameter accommodates fine vessel work. Stainless‑steel construction sustains reliable performance across repeated vascular manipulations.
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.
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.
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.
The Koos micro vessel knife presents a curved geometry optimized for precision division of fine vessels and attachments during microsurgical cardiac work. The 185mm length provides excellent visibility and control in coronary and bypass anastomotic fields. Stainless‑steel blade construction delivers lasting sharpness across repeated vascular cutting.
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 Leather‑Karmody in situ valve scissors feature blunt tips paired with serrated alligator‑style jaws designed for controlled debridement and tissue release during mitral valve repair and replacement procedures. The serrated grasping surface prevents slippage on friable valve leaflet tissue, while the blunt tips protect underlying structures. At 172mm, the instrument provides access within the atrial cavity.
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 Matson rib rasp is designed for controlled rib roughening and debridement during cardiac access procedures such as median sternotomy or thoracotomy. Its rasping geometry efficiently removes periosteal tissue and smooths rib edges, reducing postoperative complications from sharp bone fragments. Stainless‑steel construction ensures reliable performance across repeated cardiac surgical cases.
The Matson rib rasp is a double‑ended instrument used to smooth rib surfaces during sternotomy closure or rib osteoplasty in cardiac surgery. Both ends feature rasp surfaces that efficiently reduce rib projections and sharp edges that could impinge on cardiac structures or cause postoperative discomfort. The 222mm length provides adequate reach for mid‑ and posterior rib exposure.
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.
The microvascular approximator clamps in matte finish at 0.6 × 1.5mm hold two vessel ends in proximity during microvascular anastomosis, gently apposing the cut margins without crushing the intima. The matte surface reduces glare under microscope illumination, and the small jaw fits arterial or venous structures at the indicated dimensions.
Stepping up to 1 × 2.25mm, this microvascular approximator clamp set holds slightly larger vessels in proximity during anastomosis, preserving intimal integrity while keeping the cut ends apposed. The matte finish minimizes glare under microscope use.
These microvascular clamps deliver single‑point compression on vessels as small as 0.4 × 1mm, suitable for coronary and peripheral vascular repair. The matte finish reduces glare during microsurgical visualization, enhancing surgeon comfort and precision. Supplied as pairs, the instruments support bilateral vessel management.
The single‑jaw microvascular clamp at 0.6 × 1.5mm temporarily occludes a single vessel during microvascular dissection and anastomosis, with a matte finish that limits glare under microscope use. The compact jaw suits very small arterial or venous structures.