SEED 1dayPure moisture Multistage is a daily disposable soft contact lens for both near and distance vision entirely made in Japan. The optical design aimed at natural vision enables smooth adaptation from standard lens, making it the recommended choice for first-time bifocal contact lens users.
LENS DESIGN
Dual-Focus Daily Disposable Contact Lenses
The lens has different diopters for near and distance vision, which lets you enjoy seeing well at both near and far with a single pair of lenses. By controlling the thickness and curvature for each power and thinning the bevel design, users can experience comfortable wear.
MOISTURE RETENTION
SEED's unique "Dynamic Prism Ballast" design constitutes three designs, namely, the "Upper Portion Slab-off", Prism Ballast Design and "Adjustable Parametric Design".
Natural Polymer "Alginic Acid"
Contact lens storage solution is infused with alginic acid which is a natural moisturizing agent extracted from seaweed. It attracts moisture in eyes, and keeps tears on the surface of the lenses.
Zwitterionic material "SIB"
SEED's original material "SIB" (SEED Ionic Bond) which contains both positive and negative ions resulting in electrical stability. This stability ensures high water content while keeping out dust and impurities.
HIGH OXYGEN PERMEABILITY
The high moisture content and ultra-thin 0.07 mm* center design smoothly transmits adequate oxygen to your eyes.*(at -3.00D)
LENS MARKING
To help users distinguish between the inside and outside faces, lens marking can be found on every lens to ensure the easy handling and safe usage of lens.
| Product Name | SEED 1dayPure moisture Multistage | ||
| FDA Group | Group IV (Ionic, high water content) | ||
| Dk value *1 | 30 | ||
| Dk/L value *2 | 42.9 | ||
| Power | +5.00 D to -10.00 D (0.25 D steps) | ||
| Add power | [A] +0.75、[B] +1.50 | ||
| Water Content | 58% | ||
| Base curve | 8.80mm | ||
| Package | 32 lenses in one box | ||
| Center thickness *3 | 0.07mm | ||
| Diameter | 14.2mm | ||
| Lens color | Blue | ||
* 1：×10-11(cm2/sec)•(mLO2/(mL×mmHg))
* 2：×10-9(cm/sec)•(mLO2/(mL×mmHg))（for -3.00 D）
* 3：-3.00 D lens
Click here for patient information
Copyright ©2025-2026 SEED-ANZ. All Rights Reserved