Miru 1month Menicon
Miru. The new way to see.
Miru 1month contact lenses are designed to let you see the world in a new way. Developed in Japan, they take their name from the Japanese word for seeing. And from the time you wake up in the morning until you go to sleep at night, they let you look at life in a bright new way.
Technology in balance
Material and surface technologies
MeniSilk™
Unique silicone polymerzation,
innovative hydrophilic monomer
- Ultra high Dk/t
- Exceptional hydration
- Optimized transparency
NanoGloss™
Unique surface technology,
nanometer precision
- Super smooth surface
- Resistance to bacteria
- Exellent wettabilty
Ultra Dk/t for healthy eyes
MeniSilk™ technology delivers one of the highest levels of oxygen transmission of any commercially available disposable lens.
Benefits of oxygen
Eyes that can breathe are healthier, whiter and allow worry-free wear from morning until night.2,3,4
Benefits of design
A totally breathable lens ensuring every part of the eye gets the oxygen that it needs for healthy, happy, whiter eye.
Thickness matters
The thickness of a lens can significantly impact O2 transmissibility.
Miru 1month sphere, toric and multifocal design optimize O2 transmissibility across the whole lens surface, over the entire power range.
A surface engineered for healthy eyes
NanoGloss™ nanometer precision technology provides an ultra smooth surface, reducing bacterial biofilm adhesion and lipid deposits5, supporting clean, healthy lens wear.
Miru 1month demonstrates the lowest level of bacterial adhesion on worn lenses when compared to other silicone hydrogel lenses.6
Benefits of reducing desposits
A super smooth surface for cleaner lenses, healthier eyes and clearer vision.
Reduced cosmetic absorption
NanoGloss™ precision surface resists absorption of cosmetic oils and gels, supporting healthy, clean comfortable wear.
Benefits of reducing cosmetic contamination
A surface which promotes all day comfort, every day.
Balancing design and material
Miru 1month lenses have a unique edge profile applied across the whole power range, providing the ultimate in uniform comfort. Whatever the power, the lens periphery and the edge thickness remain the same, eliminating comfort differences between eyes due to variation in edge thickness between lenses.
A unique balance of oxygen, water content and modulus.
Dk/t @-3.00D | 161 × 10-9(cm/sec)・(mLO2/(mL × mmHg))* |
---|---|
Water Content | 40% |
Modulus | 0.9Mpa |
*Method for determination: ISO 18369-4
Benefits of edge design
Our eyelids work hard blinking up to 28,000 times a day. This clever lens design allows lids to glide effortlessly over the lens for a more comfortable day.
Lens Specifications
Characteristics
Material | asmofilcon A(Silicone hydrogel) |
---|---|
Water Content | 40% |
DK/t@-3.00D | 161 × 10-9(cm/sec)・(mLO2/(mL × mmHg)) |
Center Thickness | 0.08mm @ -3.00D |
Parameters range
Base curve | 8.3mm/8.6mm |
---|---|
Diameter | 14.0mm |
Sphere | +6.00D to -6.00D(0.25 steps) -6.50D to -13.00D(0.50 steps) *No plano |
Lens Marking | |
Wear | Daily wear monthly replacement |
Packaging | Available in 3/6 packs |
Please refer to the indications of the sorting rules for the products with CE mark (0483) according to the Italian Decree 116/2020.
- Menicon data on file April 2016
- Brennan NA, Morgan PB. Reader's Forum: Another view oxygen transmission.
- Cont Lens Spectrum. Published December 1, 2005.
- Brennan N, Morgan P. Clinical highs and low of Dk/t Pt 1.Optician 2009
- Short-Term Physiologic Response in Neophyte Subject Fitted with Hydrogel and Silicone Hydrogel. Contact Lenses Maldonado C. Optometry and Vision Science, Vol. 81, No. 12, December 2004
- Menicon Data on file
- Vijay et.al. Bacterial Adhesion to worn SiHy Lenses. Optom Vis Sci 2012;89:1095-1106