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These insulated Cushing straight bipolar forceps incorporate robust 2mm tips suitable for broader-surface bipolar coagulation in neurosurgical and micro-anatomical applications. The 178mm overall length provides balanced reach for mid-to-deep operative access, while the straight profile maintains precise tip alignment during activation.
Features & Benefits
These straight Cushing micro bipolar forceps are engineered for fine bipolar coagulation in neurosurgical and micro‑anatomical spaces. The 0.7mm tips deliver controlled, focused bipolar energy, while the polished 10mm working area limits tissue sticking. Their 152.4mm length provides an optimal balance between reach and fingertip precision.
These Gerald bayonet bipolar forceps combine an insulated shaft with a fine 0.7mm tip for precise bipolar application in deep or obstructed surgical pathways. The bayonet offset widens the visual corridor while the 10mm anti-stick polished area reduces tissue adherence during coagulation. The 190.5mm length offers substantial reach for microsurgical use.
The Gerald bayonet bipolar forceps combines a 1mm tip with 10mm high‑polish coagulation surface and 191mm overall length, providing precise tissue apposition and electrocoagulation during neurosurgical and microsurgical hemostasis. The bayonet angle improves visualization during deep field work. Insulated construction protects surrounding tissue from stray current.
These insulated Gerald bayonet bipolar forceps incorporate fine 1mm tips for precise micro-coagulation in confined surgical spaces. Their bayonet profile enhances visual clearance, while the corrected 146.05mm length supports close-range microsurgical control. The insulated shaft minimizes unintended thermal transfer during activation.
The Hardy bayonet bipolar forceps delivers a finer 0.7mm tip compared to standard patterns, suited for delicate neural tissue manipulation and hemostasis in microsurgery. The 210mm length provides extended reach in confined surgical fields. The bayonet geometry preserves surgeon sightline during precise coagulation.
These insulated Hardy bayonet bipolar forceps combine a 1mm tip profile with an integrated travel stop for consistent bipolar spacing. The bayonet design improves instrument visibility past the operator�s hand, and the 216mm corrected length ensures deep operative reach. The insulated construction promotes safe, controlled energy delivery.
These insulated Hardy bayonet bipolar forceps include a travel stop to maintain consistent tip spacing during activation. The 1mm fine tips support precise bipolar delivery, while the extended 241mm length provides deep operative access with stable hand positioning. The bayonet offset improves visualization around overlying anatomical structures.
These insulated Hardy bayonet bipolar forceps integrate a 2mm tip profile with a travel stop for controlled spacing during bipolar activation. The bayonet geometry widens the visual corridor, while the 216mm corrected length supports stable deep-field work. The insulated body reduces unintended thermal transmission during prolonged procedures.
Configured for transsphenoidal and deep cranial work, the Hardy bayonet bipolar forceps deliver electrosurgical coagulation around the sella and along narrow neurosurgical corridors. A 0.7mm tip places focused energy on small vessels with minimal thermal spread, and the integrated travel stop maintains a fixed jaw gap to avoid tissue welding. The bayonet shaft offsets the surgeon's hand out of the microscope's line of sight across a 4-1/2 inch (114mm) working length within a 8-1/2 inch (216mm) overall body.
This Iris-style angled bipolar forceps employs a 0.5mm tip and titanium construction to deliver controlled energy in confined ophthalmologic and microsurgical anatomy. The 10mm high-polish working surface reduces coagulation sticking, while the gentle angled geometry improves visualization along the orbital floor and narrow interdural spaces. Reusable titanium construction ensures reliable performance across multiple cases.
This 45‑degree angled Iris‑style bipolar forceps facilitates access to recessed or laterally positioned surgical targets. The ultrasmall 0.4mm tips concentrate bipolar energy with minimal thermal spread, while the compact 89mm length preserves fine tactile feedback. A 10mm polished working surface supports atraumatic tissue handling.
These insulated iris-style bipolar forceps deliver fine electrosurgical coagulation in shallow, recessed fields where straight tips cannot reach. A 45-degree angled tip with 5mm to the bend tucks behind tissue planes for focused energy delivery, and a 0.4mm working point limits thermal spread on delicate vessels. The 3-1/2 inch (89mm) overall length supports fingertip control, while shaft insulation reduces stray-current risk along the bayonet.
These insulated Iris-style bipolar forceps are designed for delicate micro-coagulation requiring extremely fine tip control. The 0.4mm tips deliver pinpoint bipolar energy with minimal thermal spread, and the 10mm polished working area reduces tissue adherence. Their compact 89mm length enhances close-range fingertip precision.
These straight Iris-style bipolar forceps are built for delicate microsurgical coagulation requiring extremely fine tip control. The 0.4mm tips deliver focused bipolar energy with minimal adjacent tissue impact, while the compact 89mm length enhances fingertip precision. The 10mm polished area improves instrument visibility and reduces sticking during activation.
The iris style bipolar forceps combine a 45‑degree angled profile with 0.4mm precision jaws and three‑hole handle ergonomics for controlled electrosurgical hemostasis in microsurgical fields. The 108mm length preserves visibility while providing adequate reach, and the angled geometry accommodates steep tissue planes. Titanium construction ensures reliable electrosurgical insulation across repeated cases.
The iris‑style titanium bipolar forceps features 0.4mm tips and a three‑hole handle without platforms, providing ergonomic control for fine neural and vascular tissue hemostasis. The compact 108mm length supports access to restricted surgical fields. Titanium construction combines rigidity with excellent corrosion resistance across sterilization cycles.
The jeweler curved bipolar forceps deliver #7‑pattern three‑hole handle ergonomics with a 0.4mm precision jaws for fine electrosurgical hemostasis in delicate operative fields. The 108mm overall length balances visibility and control, while the standard curve profile accommodates varied tissue plane angles. Titanium construction combines insulation reliability with corrosion resistance across repeated surgical use.
This straight jeweler‑style bipolar forceps combines 0.4mm fine tips with a fully insulated shaft for safe bipolar coagulation in precision work. The insulated construction permits electrosurgical energy delivery without risk of inadvertent thermal spread to adjacent tissues. A 10mm high‑polish working area reduces intraoperative tissue adherence, supporting clean delivery in microsurgical fields.
Built with insulated shafts and straight 0.4mm tips on a 102mm body, these jeweler‑style bipolar forceps deliver fine coagulation in microsurgical fields where insulation prevents unintended current spread to adjacent tissue. The compact length keeps the working tips at the surgeon's fingertips.
This Jeweler-style bipolar forceps features a 0.4mm reversed tip and titanium construction for delicate, high-precision coagulation in refined microsurgical fields. The 10mm high-polish area minimizes tissue adherence during active coagulation, while the compact 114mm length provides stable manipulation in confined surgical spaces. Titanium mount delivers lasting durability without compromising the fine-control geometry.
These straight jeweler‑style bipolar forceps deliver fine‑point coagulation during ophthalmic surgery, with 0.4mm titanium tips that focus electrosurgical energy on iris vessels, conjunctival bleeders, and limbal vasculature. The 10mm high‑polish working area reduces tissue sticking and char during anterior segment hemostasis, and the 89mm length supports fingertip control at the operative field. Titanium build resists corrosion across repeat reprocessing.
These straight jeweler‑style bipolar forceps in titanium deliver fine‑point coagulation during ophthalmic surgery, with 0.4mm tips that focus electrosurgical energy on iris vessels, conjunctival bleeders, and limbal vasculature. The 10mm high‑polish working area reduces tissue sticking and char during anterior segment hemostasis, and the extended 108mm length supports steady control across longer cases.
The jeweler bipolar forceps combine a titanium body with a 15‑degree angled tip profile and 0.4mm precision jaws for fine electrosurgical coagulation in microsurgical fields. The 95mm overall length and high‑polish active area support delicate hemostasis without thermal spread to adjacent neural or vascular structures. Titanium construction ensures rigidity and insulation integrity across repeated electrosurgical use.