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Designed for guiding endotracheal tubes and catheters past the glottis, these 230mm Magill adult catheter forceps offer an angled shaft that keeps the airway view unobstructed. Serrated jaws grip tube material without slipping during placement, and the extended length reaches the laryngeal inlet from the corner of the mouth. Stainless‑steel construction supports repeat sterilization across anesthesia rotations.
Features & Benefits
This Magill pediatric catheter forceps uses serrated jaws to support guided introduction of endotracheal tubes during airway management.
These Mathieu foreign body forceps feature serrated jaws and a 3.5 × 17mm tip for secure engagement of foreign material in open wounds or tissues. The 200mm working length permits access to deep pockets while maintaining control. Serrated surfaces grip metallic or organic foreign bodies without slipping.
Michel suture clip forceps are precision instruments for grasping and positioning Michel clips during wound closure. The 121mm straight length and fine‑tipped design provide controlled manipulation of small stainless‑steel clips without deformation. Reusable stainless‑steel construction ensures reliable performance across many suture removal procedures.
The Micro Adson dressing forceps are built extra‑delicate at 121mm for the finest tissue and dressing manipulation in plastics, ophthalmology, and microsurgical settings. The slender body preserves tactile feedback through fingertip work, and the compact length keeps the tips in close visual contact.
Extra‑delicate Micro Adson dressing forceps grasp gauze, sponges, and fine tissue with minimal compression, well suited to plastics, ophthalmic, and hand surgery workflows. The slender 152mm shaft preserves a clear sightline to the wound edge, and balanced spring action reduces fatigue during prolonged handling. Stainless steel holds up to routine reprocessing.
Delicate Micro Adson tissue forceps with a 1 × 2 tooth pattern grasp skin and superficial tissue with minimal bite footprint, well suited to plastics and fine closure work. The narrow 121mm shaft improves visibility at the wound edge, and balanced spring tension supports prolonged handling. Stainless steel holds up to routine reprocessing.
Micro Adson tissue forceps feature extremely delicate diamond‑dusted jaw surfaces paired with a 1 × 2 tooth pattern for ultra‑fine tissue manipulation. The diamond dust microsurface increases grip without tooth marks. Compact 121mm length and shallow jaw depth suit ophthalmic and microsurgical precision work.
These micro dressing forceps feature precision 1mm diamond-coated tips that delicately handle fine wound dressings and tissue in exacting surgical contexts. The serrated flat handle and serrated working edge combine to provide confident grip without slipping, while the 187mm straight shaft supports visibility and control in confined microfields. Diamond coating enhances grip on fine materials without shedding.
These straight micro forceps feature precision 0.3mm diameter tips configured with a ring grip handle for fingertip control during microsurgical procedures. The 178mm length and flat handle geometry enable sustained fine manipulation without hand strain. The micro tip pattern supports engagement of delicate tissues and fine suture material.
The Micro Gerald forceps carry delicate 1 × 0.5mm diamond‑dusted ring tips on a flat serrated 178mm handle, sized for the finest tissue grasping in microsurgical and reconstructive cases. The diamond‑dusted ring grips small structures without slipping, and the flat serrated handle preserves tactile feedback.
Micro Gerald tissue forceps support delicate tissue manipulation in fine surgical dissection and microsurgical reconstruction. The 1 × 2 interlocking tooth pattern provides secure grip on fine tissue without crushing. The 1.5mm guide pin steadies the forceps during precise placement, while the flat serrated handle ensures tactile control.
This delicate micro grasping forceps provides controlled tissue manipulation in confined microsurgical fields where fine tactile feedback is essential. The straight geometry with delicate tips enables precise dissection without tissue trauma. The compact design suits specialized microsurgical and ophthalmic workflows.
This DeBakey‑style microsurgical forceps feature 1.2mm smooth atraumatic jaws designed for gentle vessel and nerve handling during vascular anastomosis and neural work. The round knurled handle supports precise fingertip control. At 150mm, the compact design maintains visibility in microsurgical fields.
This microsurgical ring-tip forceps' 1mm × 0.5mm diamond-dusted jaws deliver precise grasping for ophthalmic, neuro, or vascular microsurgery. The 1mm guide pin stabilizes instrument handling while the 8mm round knurled handle improves fingertip control during prolonged fine work. Diamond dusting prevents slipping on delicate tissues.
This counter-weight-balanced microsurgical tying-tip forceps features ultra-fine 0.3mm jaws on a 6mm tying platform for precise suture manipulation during ophthalmic or microsurgical closure. The 2mm guide pin and 9mm round knurled handle support stability. Balance compensation reduces hand fatigue during prolonged microsurgery.
Used for precise traction during plastic and cleft‑lip work, these Millard (Adson) double hook forceps carry 1 × 2 teeth on a 10mm hook for delicate skin engagement. A swivel thimble adapts to surgeon thumb position, supporting fine adjustments during marking and inset. The 102mm length keeps the instrument compact for facial and pediatric fields.
Miller articulating forceps combine a straight shaft with cross‑serrated jaws for precise grasping of dental tissues and materials during general restorative and extractive procedures. The articulated tip design provides enhanced tactile feedback and control, allowing surgeons to adapt to varying tissue resistance in mandibular and maxillary regions. This 152mm instrument delivers reliable performance across diverse intraoral applications.
These Potts‑Smith dressing forceps provide reliable tissue and dressing manipulation during general surgical and wound‑care procedures. The serrated jaws maintain secure purchase on gauze, sponges, and soft tissue without slippage, while the 180mm length supports controlled access to mid‑depth surgical fields. Balanced stainless‑steel construction ensures consistent spring tension through extended use.
These extended‑length Potts‑Smith dressing forceps provide secure tissue and dressing manipulation in deeper or harder‑to‑reach surgical fields. The serrated jaws maintain reliable grasp on gauze and soft tissue, and the 241mm shaft extends reach beyond the standard‑length model. Balanced spring action supports prolonged handling without fatigue.
These straight Potts-Smith dressing forceps offer reliable grasp for gauze, dressings, and soft tissue during general surgical procedures. The 210mm overall length provides balanced reach in standard-depth fields, while the smooth jaws maintain tissue security without crushing. Stainless-steel construction withstands routine sterilization.
The Potts-Smith tissue forceps features a 1 × 2 interlocking tooth pattern with serrated edges designed for secure grasp on tough tissue including vessel walls, ligaments, or fibrous structures during vascular and general surgery. The extended 260mm length supports deep abdominal or thoracic access. Stainless-steel construction ensures lasting durability across routine surgical use.
These insulated Potts‑Smith dressing forceps combine reliable tissue and dressing handling with full‑shaft electrical insulation for use in electrosurgical environments. The serrated jaws secure gauze and soft tissue while the insulating coating prevents unintended current transfer during adjacent cautery. The 180mm length supports general surgical access and consistent handling.
These Potts-Smith tissue forceps feature a 1 × 2 interlocking-tooth pattern with serrated jaw edges for dual-surface grip on tough tissue and fascial planes. The 178mm straight length supports controlled manipulation during general abdominal and cardiovascular surgical procedures.
The Rhoton micro cup alligator forceps in left configuration combines a 1mm cup jaw with curved geometry suited for fine intracranial and otologic dissection. The micro-scale tip allows precise tissue grasping in confined surgical spaces, while the left orientation suits contralateral approach. The 152mm shaft preserves comfortable reach and stability.
The Rhoton micro cup alligator forceps (right) features a 1mm tip for microsurgical otologic dissection and bone work during mastoid surgery and ossicular reconstruction. The micro cup geometry allows delicate grasping of small fragments and ossicular bones without crushing. At 6 inches, the length provides adequate access to the mastoid cortex and tympanic cavity during otoscopic or endoscopic visualization.
The Rhoton micro cup alligator forceps delivers precision grasping for microvascular and fine tissue work during otologic and neuro-otologic procedures. Its 1mm cup tip provides gentle traction without tissue crush. The straight shaft and ring handle enable stable microsurgical control.
The Rhoton 2mm micro cup alligator forceps is scaled for moderate-caliber tissue grasping during otologic ossicular surgery and middle-ear reconstruction. Its slightly curved shaft navigates the tympanic cavity while the 2mm cup maintains gentle control. Stainless-steel construction resists corrosion in moist surgical environments.
This titanium Rhoton‑style micro forceps delivers the precision geometry essential for delicate dissection in neurosurgical and otologic applications. The 0.8mm smooth jaw width minimizes crush while maintaining secure grasp on fine neural structures. The guide pin stabilizes needle and suture alignment. Titanium construction combines rigidity with corrosion resistance for extended instrument lifespan.
Rhoton‑style micro ring tip forceps feature 1 × 0.5mm straight diamond‑impregnated tips for enhanced grip on delicate neural and microsurgical tissue. The round 8mm diameter handle reduces fatigue during extended procedures, while the 210mm length supports access to deeper fields. Stainless‑steel construction maintains reliability over repeat use.