Hardness and softness

IRON - DRIVERS

A tough name for a tender heart.
The globally renowned soft design for drivers.

Description & details

IRON - THE ULTIMATE LENS FOR DRIVING

Introducing our meticulously crafted solution tailored to enhance your driving experience: a revolutionary progressive lens engineered to cater to every nuance of your visual requirements on the road. Whether you prioritize precision or crave supreme comfort, our innovative design ensures optimal performance, ensuring you drive with confidence and clarity.

Indulge in the luxurious comfort of our soft progressive design, promising an unparalleled driving experience.

Step into a world where the name may suggest hardness, but the experience is nothing short of soft indulgence. Designed for discerning drivers who seek unparalleled comfort without sacrificing precision, our lenses offer a seamless fusion of hard design’s exactness and soft design’s luxurious comfort. Bid farewell to bothersome astigmatism and embrace the road ahead with newfound clarity and confidence.

Experience the pinnacle of far vision clarity, providing you with unparalleled visibility of distant objects on the road. Revel in the expansive and crisp near vision, ensuring every detail is captured with stunning clarity. Say goodbye to discomfort while glancing at rearview mirrors, as our lenses promise greater comfort and ease during every glance, enhancing your overall driving experience.

Opto+ design Specification

  • The corridor length calculation starts from the geometrical lens center or the Prism Reference Point (PRP) to the beginning of the Near Reference Point (NRP)
  • The Fitting Cross (FC) is set at +4mm from the Prism Reference Point (PRP)
  • The Distance Reference Point (DRP) is set at +4mm from the fitting cross
  • The Near Reference Point (NRP) is set a -4 mm from the end of the corridor
  • The INSET is the distance between the hypothetical vertical line passing through the Fitting Cross (FC) and the hypothetical vertical line passing through the Near Reference Point (NRP)

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