Active Tunable LC Technology
Provides an immediate 1.0D / 24mm optical reading boost. Electro-active molecular realigning enables dynamic focus switching in less than 0.1 seconds.
Liquid Crystal Optics & Active Tunable Focus Architecture for Advanced Presbyopia Correction
Breakthrough Innovation
Morrow has introduced a breakthrough paradigm in vision technology: active liquid-crystal tunable lenses. Unlike static progressive addition lenses (PALs) that trade peripheral vision for near vision, Morrow's solution encapsulates a microscopic liquid-crystal cell between two precision optical substrates.
By sculpting the progressive design exclusively on the back optical surface and activating the liquid crystal cell on demand, wearers experience immediate power modulation with minimal lateral distortion and expanded optical corridors.
Demonstration: Active liquid crystal lens switching mechanism under electronic control.
Core Engineering Standards
Built for international optical procurement partners, optical chains, and commercial distributors requiring rigorous performance specs.
Provides an immediate 1.0D / 24mm optical reading boost. Electro-active molecular realigning enables dynamic focus switching in less than 0.1 seconds.
Optimized low-power micro-controllers deliver over 2 continuous days of battery autonomy on a single charge, reaching 100% capacity within 30 minutes.
Certified IP54 enclosure defense guarantees resistance against ambient moisture, perspiration, and dust particle infiltration during active daily use.
Integrated anti-reflective (AR), scratch-resistant hard coat, and oleophobic top layers ensure supreme light transmission and long-term surface durability.
Engineering Specifications
Complete hardware, optical, and manufacturing metrics for evaluation by optical lab technicians, buyers, and brand partners.
| Technical Property | Morrow e•Progressive Gen 4 Specification | Commercial & Laboratory Benefit |
|---|---|---|
| Active Focus Mechanism | Electro-active liquid crystal lamination | Dynamic near-vision boost without peripheral distortion |
| Optical Boost Power | +1.0D addition over 24mm functional zone | Targeted near-point focus enhancement on demand |
| Back-Surface Surfacing | High-index progressive freeform geometry | Maximizes vision field width and visual comfort |
| Ingress Protection Grade | IP54 Water & Dust Resistant | Ensures circuit protection during sweat, rain & daily wear |
| Battery & Power Architecture | Lithium micro-cell, >48hr operational duration | Uninterrupted multi-day use; rapid 30-min recharge cycle |
| Coating Stack | Multi-layer Anti-Reflective, Hard Coating, Oleophobic | Resists scratches, minimizes glare, facilitates easy cleaning |
Industrial Quality & Trust
Morrow collaborates with semiconductor pioneers, optics labs, and premier eyewear manufacturers to guarantee strict quality standards and reliable global supply chain execution.
Liquid crystal cell assembly is executed in certified cleanrooms utilizing ultra-precise micro-lithography and automated inspection tech.
Morrow lens blanks integrate seamlessly into standard edging, mounting, and surface processing workflows employed by optical labs worldwide.
Fully compliant with international CE, FCC, and ophthalmic safety standards, guaranteeing long-term electrical safety and vision precision.
Our Strategic OEM & Industry Partners
Technical Insights
Technical answers regarding our active lens integration, prescription adaptability, and distribution options.
A ultra-thin liquid crystal cell is precision-laminated between two optical lenses, while progressive correction geometry is sculpted onto the back surface to optimize field of view and eliminate distortion.
The electronic activation generates an instant +1.0D optical focal boost across a 24mm active zone, enhancing near vision clarity on demand.
Morrow electronic eyewear features IP54 certified water and dust resistance, along with an internal battery supporting over 48 hours of operation with a rapid 30-minute recharge time.
Yes. The back surface of the optical substrate supports standard progressive and single vision Rx surfacing, allowing optical dispensing partners to customize prescription parameters for individual wearers.