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These 90‑degree angled jeweler‑style bipolar forceps deliver fine‑point coagulation in ophthalmic fields where a sharply angled approach helps reach iris root, scleral, or limbal bleeders without obscuring the surgeon's line of sight. The 0.4mm titanium tips and 10mm high‑polish working area minimize tissue sticking and char during anterior segment hemostasis, and the 108mm length keeps the hand clear of the cornea.
Features & Benefits
The titanium Jeweler bipolar forceps pairs a 0.4mm ultra‑fine tip with a 10mm high‑polish coagulation surface and serrated handle, designed for precision microvascular and nerve tissue hemostasis. The compact 121mm length suits confined microsurgical fields. Titanium construction provides rigidity and corrosion resistance.
These 45‑degree angled jeweler‑style bipolar forceps provide enhanced access to recessed or angular surgical planes. The 0.4mm tips enable delicate bipolar energy application with controlled thermal spread, while the angled wrist orientation improves ergonomics in tight fields. A 10mm high‑polish working surface reduces tissue adherence for clean coagulation.
These insulated jeweler�s-style bipolar forceps feature a 45-degree angled profile for enhanced access to recessed microsurgical planes. The ultra-fine 0.4mm tips deliver pinpoint bipolar energy with minimal thermal spread, while the 10mm polished working area reduces tissue sticking. The 102mm length provides close-range control for delicate procedures.
These insulated jeweler‑style bipolar forceps carry straight 0.4mm tips with a 10mm high‑polish working area on a 102mm body. The insulation prevents unintended current spread to adjacent tissue, and the 0.4mm tips deliver fine coagulation in microsurgical fields.
These straight jeweler‑style bipolar forceps are engineered for fine coagulation tasks requiring high tip precision. The 0.4mm stainless‑steel tips allow accurate bipolar energy delivery with minimal thermal spread, while the 10mm polished working area improves visibility and reduces tissue adherence. Their compact 102mm length enhances fingertip control during microsurgical work.
The jeweler‑style bipolar forceps angle the 0.4mm tips inward 15 degrees on a 102mm body, with a 10mm high‑polish area at the working face. The inward angle brings the tips together precisely for delicate coagulation, and the compact length suits microsurgical work.
These Malis-style bayonet bipolar forceps are designed for delicate neurosurgical micro-coagulation. The 1.5mm tips deliver controlled bipolar effect over a moderate surface area, while the 83mm working length provides improved access to confined operative sites. The 178mm overall length maintains ergonomic positioning during extended microsurgical procedures.
These Malis-style straight bipolar forceps are constructed for controlled bipolar micro-coagulation in neurosurgical or microsurgical procedures. The 0.75mm tips provide a balance between fine energy placement and structural durability, while the 140mm length offers versatile reach without sacrificing precision. The straight profile aids alignment in narrow operative spaces.
McCullough jeweler bipolar forceps combine the fine jeweler geometry with a 1mm rounded tip for delicate coagulation tasks. The straight profile and 114mm length support precision work in confined surgical planes. The 10mm high‑polish working surface minimizes thermal sticking while the rounded tip geometry distributes coagulation energy evenly.
The McPherson‑style bipolar forceps angle 45 degrees at a 0.5mm tip with 4mm tying platforms on a 102mm body, sized for delicate coagulation paired with intraoperative suture tying in microsurgical fields. The 4mm platforms support 9‑0 to 11‑0 suture handling.
The McPherson‑style bipolar forceps feature 0.5mm straight tips with 4mm tying platforms and 10mm high polish area optimized for precise ophthalmic electrosurgical coagulation during anterior segment procedures. The fine tips enable controlled bipolar hemostasis in vascular tissues without collateral thermal injury. The 89mm length with ring handle supports microsurgical control and tactile feedback.
The McPherson style bipolar forceps present a straight geometry with 0.5mm precision jaws and 4mm tying platforms for controlled vessel approximation and fine electrosurgical hemostasis. The three‑hole handle and 108mm length support sustained microsurgical control, while the tying platforms accommodate suture passage during microvascular anastomosis. Titanium construction ensures electrosurgical insulation reliability and corrosion resistance.
These monopolar bayonet forceps feature insulated construction for electrosurgical coagulation during intraoperative hemostasis in cardiac and mediastinal procedures. The 2mm angled tip supports intuitive hand positioning while the angled shaft maintains optimal visualization. Overall length of 210mm enables reach into deep mediastinal spaces. Insulation preserves electrosurgical function across multiple cases.
Nadler coaptation bipolar forceps integrate a removable spacer stop that maintains consistent tissue apposition during bipolar coagulation. The 0.4mm tips deliver controlled energy while the spacer prevents tissue crushing and promotes uniform thermal application. The straight geometry supports stable positioning in confined fields.
This Nadler coaptation model features a 0.5mm tip configuration with integrated spacer stop for controlled bipolar tissue apposition. The removable spacer maintains repeatable gap geometry, reducing variation in coagulation depth and tissue effect. The straight shaft geometry supports intuitive handling in microsurgical coagulation workflows.
These Osher-style coaptation bipolar forceps feature a 2mm bend-to-tip geometry for angled approach to confined surgical planes. The 0.4mm fine tips provide exacting bipolar energy placement, and the polished surface reduces tissue adhesion. The angled configuration supports improved visibility and ergonomic access around anatomical structures.
This reusable 20‑gauge bipolar pencil delivers electrosurgical current for coagulation and cutting during intraoperative hemostasis. The straight tip geometry enables ergonomic hand positioning, while the 20‑gauge configuration fits standard electrosurgical pencil cables. Reusable construction supports cost efficiency across high‑volume case loads.
These extended-length round-handle bayonet bipolar forceps offer improved visibility and reach in deep surgical cavities. The 1.5mm bipolar tips deliver controlled coagulation across moderate tissue surfaces, while the 267mm length supports superior access in anatomically recessed regions. The round handle enhances tactile feedback and grip stability.
These round-handle bayonet bipolar forceps are designed for extended deep-field access with an unobstructed visual corridor. The 1.5mm bipolar tips provide a stable coagulation surface suited for moderate-contact applications, while the 241mm overall length enables long-reach maneuverability in neurosurgical or ENT microsites. The round handle improves rotational control during fine adjustments.
These Scoville‑Greenwood bayonet bipolar forceps provide offset hand positioning to improve visibility in deep or narrow fields. The 1.5mm tips offer a robust coagulation surface suitable for moderate‑sized structures, while the 10mm polished area reduces sticking. The 196.85mm length enhances reach while maintaining stable, ergonomic hand posture.
These insulated Scoville-Greenwood bayonet bipolar forceps combine fine 1mm tips with an elongated bayonet offset for precise access in obstructed visual planes. The insulated shaft enhances safety during bipolar activation, while the 197mm length supports controlled navigation in deep surgical corridors.
These insulated Semkin straight bipolar forceps incorporate broad platform tips measuring 1.5mm × 3mm to support wider-surface bipolar coagulation. Their 138mm length offers controlled reach for microsurgical or mid-depth procedures, while the insulated construction enhances activation safety.