Digital Products

•   Extremely accurate manufacturing process
•   Lenses are made directly from the software design
•   Accurate positioning  of the fitted spectacle lens in accordance with the individual's specifications, including vertex distance, pantoscopic tilt and facial wrap
•   Minimizes power distortion.
  
•   Maximizes accurate real-life optics.
•   Delivers complex surface to the finished lens.
•   Precise calculation of synchronized prismatic effect

• Advanced task-specific lens with multiple digressions for multiple near and intermediate correction for different tasks
  
•  Clear and wide work station vision 
•  wide Reading and intermediate area correction extended up to 4 feet according to patient"s Rx
  
•  No frame size, and Rx restrictions 
•  Available in extended wide near and comfort intermediate zone
•  Available in all material and Indexs including Poly-carbonate clear blue-block
  

•   State of art in single vision Multi zone
•   Advanced Single-Vision digital for young and pre-presbyope patients
  
•  optimised to relieve visual fatigue 
  
• A slight power variation (+0.5D) for young and (+0.8D) for early pre-Presbyope patients to help relieve eye strain
  
• Eye movement to read effortlessly  and at ease from the screen to the keyboard to the desk and to far distance
  
• Available in all material and Blue-Block

• The process of using a freeform generator and polisher to cut and polish lens surfaces of virtually unlimited complexity
•   Customization is the act of tailoring the optical characteristics of a progressive lens design to the individual wearer's specified characteristics
•   More Precise  RXs:  manufactured  within 1/100th of a diopter
•   No molds required
•   Adjusts  automatically to continuously deliver the optimal corridor length for any frame
•   Maximizes optics by fine-tuning them to the shape of the frame

• Back side digital surfacing  
•   Digital surfacing restores the resulting lens to the parameters of the originally-intended design
•   Direct generator-to-lens surface grinding is intricate, personalized and its advanced aspheric correction exceeds the capability of conventional methods
•    Optimizes sphere, cylinder, axis, and add powers The process optimizes the  add power  to widen  the reading area for each individual  prescription

• A process that uses a conventional and Digital generator (with 2 or 3 axes of movement) to cut, fine and polish basic spherical, aspherical  and sphero-cylindrical lens surfaces 
  
•  Fixed  level of visual field
  
•   Uses blanks predetermined by base and add

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