Iris

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.

Features & Benefits

• 0.5mm angled tip optimizes confined-space coagulation
• 10mm polished area prevents tissue adherence
• Angled geometry improves visualization in tight fields
• Titanium mount preserves rigidity and corrosion resistance

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.

Features & Benefits

• 45‑degree angled profile improves access to recessed anatomy
• 0.4mm ultrasmall tips focus bipolar energy precisely
• 10mm high‑polish area reduces tissue adherence
• 89mm length enhances microsurgical control

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.

Features & Benefits

• 0.4mm tip for fine bipolar coagulation
• 45‑degree angle with 5mm to bend reaches recessed planes
• Shaft insulation reduces stray‑current risk
• 89mm overall length supports fingertip control

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.

Features & Benefits

• Iris-style straight profile for delicate control
• 0.4mm ultra-fine tips support pinpoint coagulation
• 10mm polished area minimizes tissue sticking
• 89mm length improves micro-level handling

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.

Features & Benefits

• Straight Iris-style profile for delicate bipolar control
• 0.4mm fine tips minimize thermal spread
• 10mm polished area reduces adherence
• Short 89mm length enhances fingertip precision

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.

Features & Benefits

• Angled 45‑degree geometry enables steep tissue plane access
• Fine 0.4mm precision jaws deliver electrosurgical coagulation
• Three‑hole handle provides sustained ergonomic control
• Titanium insulation ensures reliable microsurgical hemostasis

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.

Features & Benefits

• Iris pattern with 0.4mm ultra‑fine tips for precision microvascular work
• Three‑hole handle design effectively reduces operator hand fatigue
• Compact 108mm length suits confined and restricted anatomic spaces
• Titanium durability withstands many repeated sterilization cycles