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The alligator grasping forceps with retro‑facing teeth secures tissue edges and dense structures during laparoscopic dissection and specimen retrieval. The lightweight carbon fiber Type 18 handle and ratchet‑defeating option provide surgeon control, while the rotatable one‑piece shaft with flushport and RF post enable safe electrosurgery. At 330mm length, it provides extended working reach.
Features & Benefits
This endoloop applicator delivers preloaded suture loops to tie off vascular pedicles and tissue stumps during laparoscopic procedures. The 5mm diameter tip fits standard laparoscopic ports, while the smooth delivery mechanism prevents snare entanglement. Reusable stainless‑steel construction supports multiple endoloop applications across cases.
This autoclavable 5mm laparoscope delivers straight 0‑degree viewing for general laparoscopic inspection during abdominal procedures. The 5mm shaft accommodates standard port placement during minimally invasive cases. Reusable design supports repeated sterilization and clinical use across many laparoscopic procedures.
This modular Semm‑type biopsy spoon forceps with insulated handle enables tissue sampling during laparoscopic gynecologic and abdominal procedures. The 5mm diameter accommodates standard 5mm ports, while the toothed spoon secures friable tissue without slippage. The modular 3‑piece screw‑apart design simplifies sterilization and allows tip replacement. At 450mm, it reaches distant pelvic structures.
The bullet nose grasper features a rounded spoon tip for atraumatic grasping of viscera and delicate tissues during laparoscopic abdominal procedures. The rotatable one‑piece design with insulated handle and flushport supports safe monopolar electrosurgery, while the RF post enables surgeon‑controlled energy delivery. At 330mm length, it provides ideal reach for pelvic and paracolic dissection.
The laparoscopic claw forceps with spring‑assist closing provides secure engagement of solid tissue during minimally invasive abdominal procedures. The claw tip geometry grips bowel and organ edges without damaging serosa, while the spring mechanism reduces surgeon hand fatigue. At 330mm one‑piece length, it offers simplicity and durability.
This single‑action claw grasper with 2 × 3 toothed configuration delivers firm grasp of bowel, mesentery, and solid organs during laparoscopic abdominal procedures. The rigid one‑piece design and spring‑assist closing provide controlled tissue engagement, while the insulated handle with flushport supports monopolar electrosurgery. At 330mm length, it offers comfortable reach.
The claw grasping forceps combines a 10mm shaft diameter with 2 × 3 tooth pattern and spring‑tension handle, suited for laparoscopic tissue manipulation and retraction in abdominal port‑based surgery. The flush port accommodates trocars of standard dimensions. The 330mm length extends reach across abdominal cavities.
This DeBakey grasper variant adds ratchet and ratchet‑defeating options to the Type 18 lightweight carbon fiber handle, combining delicate 34mm jaw grasping with surgeon‑controlled closure strength. The 3‑piece modular construction allows intraoperative tip swaps, while RF post connectivity enables monopolar electrosurgery throughout the case. At 320mm length, it provides extended reach.
This modular DeBakey grasper features a 34mm jaw optimized for delicate grasping of fragile tissues during laparoscopic hepatic, renal, and splenic procedures. The 3‑piece modular design allows tip replacement and simplified sterilization, while the lightweight carbon fiber Type 17 handle reduces surgeon fatigue. At 320mm total length with RF post connectivity, it supports safe electrosurgery.
This rotatable DeBakey grasper features large finger loops and ratchet‑defeating handle for enhanced maneuverability and surgeon comfort during extended minimally invasive hepatic and renal procedures. The lightweight carbon fiber handle and flushport support electrosurgery, while the 360mm length and rotatable shaft enable complete instrument articulation. RF post connectivity provides additional safety.
The dual cup laparoscopic grasping forceps features symmetrical spoon‑shaped tips for balanced grasping of the fallopian tubes, mesentery, and solid organs during gynecologic and general laparoscopic procedures. The rotatable one‑piece design and flushport support safe monopolar electrosurgery, while the ratcheted handle provides positive grasp control. Non‑insulated stainless steel construction is built for durability.
The endoloop applicator simplifies ligation during laparoscopic procedures, converting the 5mm port-based approach to a 3mm loop presentation at the target tissue. The straight geometry and 180mm length provide adequate reach through abdominal ports, while the tapering design preserves visualization throughout deployment. Reusable construction supports routine sterilization across cases.
The fenestrated grasper with 3.5mm diameter provides tissue grasping with integrated window viewing for confirmation of tissue type and vascular anatomy during minimally invasive gynecologic procedures. The insulated shaft and RF post support monopolar electrosurgery, while the non‑ratchet design enables quick grasp modulation. At 240mm length, it reaches pelvic structures comfortably.
This double-action foreign body cup forceps incorporates a flexible shaft and serrated fenestrated cup for grasping and extracting debris during laparoscopic and endoscopic retrieval. The 7-French caliber accommodates standard laparoscopic sheaths, while the flexible shaft allows manipulation around anatomic obstacles. The 451mm extended length supports deep laparoscopic access and remote object extraction.
These rotatable laparoscopic grasping forceps with spoon tips and double‑action handle enable 360‑degree instrument manipulation within the abdominal cavity. The 5mm rotatable shaft and flush port support monopolar electrosurgery, while the insulated handle and RF post provide operator safety. At 360mm overall, the instrument reaches deep pelvic and paracolic structures.
The insulated L‑hook electrode delivers controlled monopolar electrosurgical energy during laparoscopic dissection and hemostasis. The right‑angle geometry reaches into tight anatomic spaces while the insulated shaft protects adjacent tissues from stray energy. The rear‑mounted RF connector and 360mm length provide comfortable reach and safe energy application.
This straight‑end knot pusher is engineered to drive knot ends flat against tissue during laparoscopic or open knot‑tying sequences. The 5mm‑wide flat head distributes force evenly without pinching suture material. At 330mm overall length, it provides reach from the surgeon's hand to knots at the depth of open or minimally‑invasive incisions.
This open-end knot pusher at 5mm width delivers direct endoknot advancement without blade obstruction during laparoscopic and open-abdominal tying. The 450mm extended length permits ergonomic hand positioning outside the incision while maintaining tactile pressure transmission to the knot. Stainless steel resists corrosion across routine sterilization.
This flexible triangular retractor allows surgeon shaping to protect viscera and maintain field exposure during laparoscopic abdominal procedures. The formable tip accommodates variable peritoneal thickness and organ position, while the stainless‑steel construction maintains shape integrity across multiple cases. Ideal for protecting small bowel and hepatic structures during extensive dissection.
This 5mm laparoscopic aspiration needle with 18‑gauge bore enables rapid fluid collection during diagnostic peritoneal aspiration and cyst decompression. The 450mm length accommodates standard 5mm port placement, allowing the surgeon to reach deep pelvic and upper abdominal structures. Disposable stainless‑steel construction ensures sterility and prevents cross‑contamination.
This insulated fenestrated laparoscopic grasper enables monopolar electrosurgical tissue handling during laparoscopic abdominal procedures. The 5mm shaft and 320mm overall length support standard laparoscopic port placement with comfortable hand control. Non‑rotating design prevents accidental shaft torque during grasping and coagulation.
This laparoscopic needle holder with cross‑serrated tungsten carbide jaw delivers reliable needle control during minimally invasive intracorporeal suturing. The scissor‑style axial ring handle and ratchet provide positive jaw closure, while the flushport and straight shaft maintain field visibility. At 330mm length with tungsten carbide tips, it supports countless sutured closures.
Maryland dissector forceps in monopolar configuration are precision instruments for tissue separation and vessel isolation during laparoscopic abdominal surgery. The double‑action mechanism with serrated 1.7mm jaws provides reliable tissue grip through the 5mm port. The 450mm overall length and 350mm shaft support comfortable wrist positioning during extended laparoscopic cases while maintaining fine dissector control.
The Maryland dissector with tapered 5mm tip provides fine dissection control during careful separation of adhesions and tissue planes in minimally invasive abdominal surgery. The rotatable one‑piece shaft with insulated handle and flushport enables safe monopolar electrosurgery, while the tapered geometry allows precise dissection within confined spaces. At 330mm, it reaches into the deep pelvis.
This compact 3.5mm Maryland grasper‑dissector combines fine dissection and light grasping in a single instrument for delicate laparoscopic gynecologic and vascular procedures. The insulated shaft and RF post enable monopolar electrosurgery, while the non‑ratchet design allows quick grasp release. At 240mm overall length, it provides excellent reach with minimal instrument profile.
The McKearnan fundus grasper features an on‑demand ratchet and lightweight thermo‑plastic handle designed for gentle yet controlled fundic grasping during laparoscopic gastric surgery and bariatric procedures. The rotatable shaft and flushport support safe monopolar electrosurgery, while the ergonomic handle reduces fatigue during prolonged cases. RF post connectivity enables surgeon‑controlled energy delivery.
These curved Metzenbaum scissors with super‑cut blades deliver smooth tissue dissection during laparoscopic adhesiolysis and tissue separation. The insulated shaft and non‑ratchet design enable bipolar electrosurgery while maintaining cutting precision. The curved geometry and RF post support safe monopolar energy delivery during careful dissection of dense adhesions.
This 5mm monopolar spatula electrode delivers precise electrosurgical energy for coagulation and cutting during laparoscopic procedures. The flat blade geometry distributes energy across a broad contact surface, reducing point trauma. The side‑mounted RF connector and 360mm length enable surgeon‑controlled energy delivery throughout the operative field.