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These coaptation bipolar forceps are engineered with a 2mm bend-to-tip configuration for controlled angled-field bipolar delivery. The 0.4mm tips allow delicate energy placement with minimal thermal spread, while the polished working region reduces tissue adhesion. Their compact 108mm length enhances fine control during microsurgical maneuvers.
Features & Benefits
These coaptation bipolar forceps feature a 3mm bend‑to‑tip geometry for angled delivery of bipolar energy in confined microsurgical planes. The 0.5mm tips support precise coagulation with controlled thermal spread, while the polished 10mm working surface minimizes tissue adherence. Their compact 108mm length promotes steady fingertip maneuvering during delicate work.
The Coaptation bipolar forceps carry a curved 0.4mm tip with 3.5mm angled coaptation platforms and a 10mm high‑polish area at the working face. The angled platforms close the vessel walls in line with the cautery current, supporting clean vessel sealing during microvascular and neurosurgical hemostasis.
The coaptation bipolar forceps feature a straight geometry with 0.5mm precision jaws optimized for vessel wall coaptation and fine electrosurgical hemostasis in microvascular and microsurgical applications. The 102mm overall length balances reach with tactile sensitivity, while the titanium body ensures reliable electrosurgical insulation. The high‑polish active area concentrates coagulation energy without thermal spread.
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.