Alcon 8065751511 Intrepid Micro-Coaxial System 0.3mm Polymer I/A Irrigation and Aspiration Tip Angled 1/EA

Alcon 8065751511 Intrepid Micro-Coaxial System 0.3mm Polymer I/A Irrigation and Aspiration Tip Angled 1/EA

• Model: 8065751511
• System: Intrepid Micro‑Coaxial System
• Bore / Diameter: 0.3 mm, micro‑bore
• Tip Shape / Configuration: Angled (35°)

This medical supply or implant item is not in its original equipment manufacturer (OEM) packaging but remains sterile and intact within its inner sterilization package. Despite the absence of the outer box, the item is unused and maintains sterility, ensuring it is suitable for medical use.

Elevate your micro-coaxial cataract surgery performance with the Alcon 8065751511 Intrepid 0.3 mm Polymer I/A Tip – Angled. Engineered specifically for Alcon’s Intrepid system, this angled, single-use polymer tip delivers reliable irrigation and aspiration through its ultra-fine 0.3 mm micro-bore, offering superior fluidics control while minimizing chamber turbulence. The 35° angled design enables enhanced access to subincisional cortex and anatomical areas that are difficult to reach, giving surgeons exceptional maneuverability and control.

Constructed from advanced polymer, this tip offers a gentler interface with delicate ocular tissues, helping reduce the risk of capsular trauma and preserving the integrity of the anterior capsule. The rigid yet smooth polymer surface ensures precise aspiration of cortex and debris, while the angled configuration supports ergonomic handling during complex maneuvers. Integrated with the Intrepid micro-coaxial system, the component supports efficient workflow without requires changes to established handpiece or sleeve setups.

Designed for safety and convenience, the 8065751511 tip is supplied sterile and intended for single use, helping clinics maintain high standards of infection control while avoiding the risk of reprocessing damage. Compatible with Alcon’s standard I/A settings, this polymer angled I/A tip supports streamlined surgical procedures and optimal patient outcomes — making it a smart choice for modern cataract operations where precision and reliability are critical.