Soflex MiOpia Toric

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Durata de livrare: 14 zile

Cod Produs: MIOPIATORIC Ai nevoie de ajutor? 0313330372
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  • Descriere
  • Caracteristici
MiOpia myopia lenses have a unique multifocal design with a center for long distance, made of silicone hydrogel material, which provides health and comfort. Silicone hydrogel scheduled replacement lenses are recommended for 3 months of wearing.
The lenses have a wide range of parameters for precise and comfortable fit, taking into account the individual radius and diameter of the cornea, including high degrees of myopia and astigmatism (range up to -15.0 D, cylinder up to -6.0D).
The MiOpia Toric design has a rear toric surface with prismatic ballast, with an engraved 270 º control mark.

Why are MiOpia lenses effective?

MiOpia lenses are specially designed to control myopia.
There are 2 main theories of myopia progression:
  • accommodation-convergence theory . With accommodation or vergence dysfunction, axial myopia progresses. Lens with addiction or hardware treatment are used to influence these factors;
  • theory of hyperopic defocus . The development of the eyeball depends on the focusing of light both in the foveolar area and on the periphery of the retina. In the presence of peripheral farsighted defocus (focusing light outside the retina on the periphery) there is an increase in the eye in the anteroposterior direction, and thus - an increase in myopia. For the correct distribution of light on the periphery, 2 types of lenses are used: orthokeratological lenses and multifocal contact lenses with a center for distance and addition.
The effectiveness of using multifocal contact lenses to inhibit the progression of myopia has been proven by numerous studies (see chart below).
The use of multifocal contact lenses to inhibit the progression of myopia has been proven by numerous studies
The unique design of the front surface of MiOpia lenses to control myopia acts simultaneously on 2 mechanisms of myopia progression: increases the depth of focus, and slows the progression of myopia by reducing peripheral hyperopic defocus.
Lenses to control myopia

Advantages of  MiOpia lenses as a method of myopia control:

  • soft contact lens - for patients who are biased towards hard contact lenses;
  • much larger optical range for myopia correction (up to -15.00 diopters);
  • in the presence of astigmatism - the ability to order lenses with a cylinder up to -6.00 diopters;
  • with a flat cornea or large diameter cornea, where orthokeratological lenses can not be selected.

Characteristics of the MiOpia lens

lens characteristics MiOpia
Material Filcon V3
Moisture content 74.0%
Lens hue Transparent
Light transmission 99.0%
Modulus of elasticity (MPa) 0.35
Oxygen permeability (DC) 60.0 x 10-11 at 35º
Oxygen transmission (DC / T) 37.5 x 10-9 @ -3.00DS
Base curvature
 
MiOpia - 7.2 / 7.4 / 7.6 / 7.8 / 8.0 / 8.2 / 8.4 / 8.6 / 8.8
MiOpia Toric -7.5 / 7.8 / 8.1 / 8.4 / 8.7 / 9.0 / 9.3 / 9.6  
Diameter 13.5 / 14.0 / 14.5 / 15.0 mm
The thickness of the center 0.16 mm @ -3.00D optical area 8.00 mm @ -3.00D
Design The anterior surface is multifocal
Rear spherical - MiOpia
Toric - MiOpia Toric
The power of the sphere From +15.00 to -15.00 with a step of 0.25D
Addition Up to +3.00 with a step of 0.50D
  MiOpia Toric
Cylinder power Up to -6.00D in 0.25D increments
Any axis
The axis of the cylinder 0-180 * 0 in steps of 1 *
Packaging Vial

Instructions for selecting lenses

MiOpia lens selection algorithm
 
Or use the table:
Corneal diameter ( HWTW HVID ) Lens diameter
More than 12.2 mm 15.0 mm
Any diameter if K1 (K Flat) is greater than 7.95 15.0 mm
11.4-12.1 mm 14.5 mm
Less than 11.5 mm 14.0 / 13.5 mm
  1. When selecting the sun of a spherical lens, add 0.3 to 0.4 mm to the value of the radius of the flat meridian, or use the table.
MiOpia and MiOpia Toric
  1. When selecting the toric sun to the value of the radius of the flat meridian, add from 0.5 to 0.7 mm, or use the table.
MiOpia and MiOpia Toric
  1. Choose a recipe for glasses (sphere and cylinder), a complete correction for the valley.
  2. List the refraction data taking into account the vertex distance in the test frame. Use a vertex conversion calculator .
  3. If necessary, the LARS rule is used to optimize the cylinder axis.
  • Addition: initial choice + 2,5D.

Lens care

 

Diametru: 13.50-15.00 in pas de 0.5mm

Domeniu Puteri: +15.00 la -15.00 in pas de 0.25. Cyl pana la -6.00 in pas de 0.25

Raza de curbura: 7.5- 9.3 in pas de 0.3mm

Conținut Apă: 74%

Inlocuire: Trimestriala

Aditie: Add până la +3.00D in pas de 0.5 Centru Distanță

Suport clienti 10.00-18.00

0313330372 contact@lenshub.ro
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