• Faster cut rates designed to reduce traction¹
  • The Millennium™ Vitrectomy Enhancer (MVE) 23 gauge probes operate up to 2500 cpm
  • Minimized risk of iatrogenic retinal tears
  • Increased patient safety
  • Optimized duty cycles
  • Increased port-size area
  • 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

---

• Trocars
  • Needle designed for optimal wound construction
• Polyimide Cannulas
  • Longer for full-thickness entry, 4.1 mm vs. 3.5 mm
  • Polyimide for useful degree of instrument flexibility and better wound adherence
• Low-profile hub
  • Designed for minimal instrument interference

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