Faster Cut Rates Reduce Traction
Operating at up to 2500 cpm, the MVE system’s 20, 23 and 25 gauge probes offer higher cut rates designed to reduce traction¹, for minimized risk of iatrogenic retinal tears and increased patient safety. Offering optimized duty cycles with an increased port-size area, the MVE system promotes more efficient tissue removal.

Predictable Fluidics Improve Tissue Management And Surgical Efficiency
Higher cut rates also reduce turbulence, resulting in enhanced fluidic stability and predictability. Surgeons can better manage mobile tissue and cut closer to the retina, reducing the need for scissors and forceps. The reduction in instrument exchanges minimizes complication risks and promotes surgical efficiency.

Delivering Exceptional Patient Outcomes
The MVE and the Millennium Microsurgical System combine to offer surgeons convenient and efficient access to leading-edge vitreoretinal technology designed for superior control and safety, versatile performance and exceptional patient outcomes.

• High-speed vitreous cutting up to 2500 cpm, for better performance and control
• 20, 23 and 25 gauge probes designed for superior aspiration performance
• Lightweight, ergonomic, quiet operation
• 23 gauge trocars and cannulas available

Supports Enhanced Clinical Performance

• Fabricated from polyimide, for a useful degree of instrument flexibility and better wound adherence
• Incorporates a longer cannula, allowing full-thickness entry, even at shallow angles
• Low-profile hub designed for minimal instrument interference

MVE posterior segment packs combine all the accessories necessary for streamlined 20 gauge, 23 gauge and 25 gauge procedures.

• MVE 20 gauge, 23 gauge or 25 gauge high speed (2500 cpm) cutter in each pack
• 23 gauge or 25 gauge ESA systems, or 20 gauge MVR blade
• Pre-assembled tubing and longer infusion lines for more convenient setup
• 20 gauge, 23 gauge and 25 gauge light pipes
• Single 23 gauge trocar/cannula assemblies available
• DEHP-free tubing to meet new state requirements

1. Charles S. An engineering approach to vitreoretinal surgery. Retina. 2004;24(3):435-444.