Details

Video Product Introduction Please install the latest Adobe Flash Player to view the videos. Stable polymer by double-polymerization Double-polymerization of monomers in the IOL decreases voids in the IOL structure resulting in a stable polymer. This unique structural architecture inhibits water components from coalescing and reduces the chances of glistening and whitening. Unreacted monomers are eliminated to prevent structural decomposition and an increase in voids. Unrivaled "made in Japan" quality Pride in reliable IOL Material All the steps from IOL design to IOL material manufacturing are performed at NIDEK without any outsourcing. NIDEK formulates original acrylate materials for IOL manufacture. Nano-precision Processing The lOLs undergo “lathe cutting” which is controlled to the NANO-level to maximize IOL quality. Fine-tuned functional design Anchor wing loop The 90° haptic design enlarges the contact area with the capsular bag resulting in a stable, well-centered IOL implantation. 360° square edge A 360° square edge protects against migration of the lens epithelial cells into the back of the optic and the haptic junction, minimizing the risk of posterior capsule opacification. Asperitic optic side surface Asperitic optic side surface reduces intraocular reflection and optic edge glare. Blast finishing Blast finishing on the haptic surface reduces adherence to the optic surface during lens folding and improves the visibility of the haptic when the lens is loaded into the cartridge. Specifications Product name Nex-Acri 1P Model NS-60G Optic material Hydrophobic soft acrylic Haptic material Hydrophobic soft acrylic Diopter range 1.0 to 10.0 D (1.0 D increments) 10.0 to 27.0 D (0.5 D increments) 27.0 to 30.0 D (1.0 D increments) Features Stable polymer by double-polymerization Unrivaled "made in Japan" quality Fine-tuned functional lens design - Anchor wing loop - 360° square edge - Asperitic optic side surface - Blast finishing