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At the heart of MVision Optical is our Singapore-based ophthalmic laboratory, where technology, craftsmanship and optical expertise come together to produce lenses with precision and consistency. Established to support the evolving needs of eye care professionals, our optical lab manages critical stages of lens production from digital surfacing and coating to precision marking.
Every process is built around one goal: helping optical professionals deliver lenses that meet the prescription, fitting and visual needs of each wearer.
Precision lens manufacturing depends on more than one machine or one production stage. Within our ophthalmic laboratory, each process plays a specific role in translating a prescription and lens design into a finished lens ready for professional fitting.
Our digital surfacing-turning machines are designed for high-speed free-form production, milling precise lens surfaces according to the required design and prescription. This gives our optical lab the flexibility to manufacture personalised progressive, occupational, single vision and specialised lens solutions with a high level of accuracy.
Lens performance also depends on how well the finished surface is prepared and protected. Our hard coating system combines ultrasonic cleaning with thermal-cure dip coating in a HEPA-filtered laminar-flow environment, providing controlled processing before lenses move to subsequent finishing stages.
Our electron-beam evaporation system enables the application of anti-reflective, blue-light-blocking and mirror coatings. By managing these coating capabilities within our optical laboratory, we can support different visual, functional and aesthetic requirements across our lens portfolio.
Ultra-fine micro-drilling creates minute permanent markings on the lens surface for essential logos and alignment references. These details may be small, but they play an important role in lens identification and accurate processing.
Our digital lens marking process applies temporary alignment and verification markings to ophthalmic lenses before glazing. These references help optical professionals position the lens accurately according to the intended fitting parameters.
Our work does not end with manufacturing. Authorised dealers can access dedicated ordering channels and technical support, while our team assists optical professionals in managing customised lens requirements and more specialised cases. Long-standing customers consistently highlight dependable turnaround, prescription accuracy and responsive support as important reasons they continue working with MVision.
Our approach combines advanced manufacturing equipment with sophisticated lens-design technologies. Each technology addresses a different part of the process, from creating the lens surface to optimising how the wearer sees through it.
Our optical laboratory uses digital surfacing-turning equipment for precise free-form lens production. Instead of relying solely on conventional lens surfaces, digital processing allows complex designs to be generated according to individual prescription and fitting requirements.
MVision uses advanced European manufacturing technology from OptoTech across our lens-production capabilities. From surfacing to finishing, this equipment supports the precision and repeatability required when producing modern ophthalmic lenses. MVision identifies OptoTech as one of the international technologies behind its manufacturing operations.
IOT Digital Ray-Path 2 takes personalisation beyond prescription values alone. The technology mathematically minimises oblique aberrations and incorporates the wearer’s accommodative ability into individual lens calculations. This helps optimise peripheral vision while creating wider and more comfortable visual fields in personalised free-form lenses.
Our hard coating and electron-beam evaporation systems address two different aspects of lens finishing. Hard coating provides a controlled protective layer, while evaporation technology enables specialised anti-reflective, blue-light-blocking and mirror coatings. Keeping these capabilities within our ophthalmic laboratory gives our team close oversight of important finishing stages.
Equilibrium uses proprietary Image Stabiliser Technology for wearers with anisometropia or antimetropia. Its calculations take factors such as magnification, curvature and lens thickness into account to help balance the images received by both eyes, supporting more natural binocular vision.
Tokai Neuro Select brings neuroscience into progressive-lens development. Using magnetoencephalography data and repeated optical and brain-science evaluations, the technology focuses on reducing perceived blur, distortion, sway and adaptation stress. Tokai states that the Neuro Select family reflects more than 10 years of progressive development using neuroscience technology.
Mini Myo demonstrates how free-form technology can also support specialised vision needs. Its asymmetric peripheral defocus design has been evaluated in a randomised, double-blind European study involving children aged 6 to 14. After 12 months, wearers recorded a 39% lower increase in axial length compared with those wearing standard single vision lenses.
MVision
