Hydrophobic IOL MicroPure 1

MicroPure 1.2.3

Glistening-free hydrophobic acrylic IOL

Glistenings or commonly called fluid-filled microvacuoles form within certain IOL materials and can develop in various shapes, sizes, and density. Some IOLs on the market develop glistenings after implantation which can impact on the quality of vision.

MicroPure 1.2.3 is guaranteed 100% glistening-free thanks to

  • lathe-cutting process instead of the cast-molding process;
  • packaging in water for steam sterilization which prevents major conditioning changes during implantation and avoids any toxicity;
  • equilibrium of water content in the material.

1.2.3 preloaded injection system for easy 2.2mm injection

The MicroPure 1.2.3 lens is delivered preloaded in a cartridge, which is simply clipped to the 1.2.3 single-use injector.

The 1.2.3 preloaded injection system requires no lens handling which ensures perfect control of asepsis and makes lens injection comfortable and reproducible.

Download

MicroPure 1.2.3 product brochure

G-Free Technology brochure

Product description

 
  • Optic: Biconvex aspheric aberration-correcting (-0.11µ SA)
  • Material: PhysIOL G-free® (hydrophobic acrylic glistening-free)
  • Filtration: UV and blue light blocker
  • Optic body diameter: 0D to +24.5D: 6.00mm /+ 25D to +30D: 5.75mm
  • Overall diameter: 0D to +24.5D:11.00mm / +25D to +30D: 10.75mm
  • Refractive index:1.52
  • Abbe number: 42
  • Angulation: 2°
  • Power: from 0D to +9D (1D steps) and +10D to +30D (0.5D steps)
  • Injection: PhysIOL 1.2.3 with PRS® technology
  • Incision size: ≥ 2.2mm
  • Suggested constants for IOL power calculation:
    • Hoffer Q: pACD=5.85 (interferometry) 5.59 (US)
    • Holladay 1: Sf=2.06 (interferometry) 1.80 (US)
    • SRK II: A=119.80 (interferometry) 119.40 (US)
    • SRK/T: A=119.40 (interferometry) 119.05 (US)
    • Haigis*: a0=1.70, a1=0.40, a2=0.10 (interferometry)
      a0=1.214, a1=0.40, a2=0.10 (US)
      *Not optimized
  • Square edge: 360°

Are you a healthcare professional ?

Continue on PhysIOL

Are you a patient looking for solutions to correct your vision ?

Discover Recover your vision