FFV

Unlike generator software that shows what the system “intended” to produce, FFV directly measures what was actually fabricated on the lens surface. It compares the true optical performance to the theoretical design file (e.g. SLF, DXF), allowing users to catch critical deviations including data misfeeds, polishing errors, or surface asymmetries that the generator itself won’t report

Yes. FFV can analyze fully processed lenses, including those that have undergone edging, lasering, or alignment marking. As long as the surface remains optically transparent, the system accurately reads the form making it ideal for final QA after edging or mounting.

Instead of flagging raw surface noise, FFV compares each data point directly against the theoretical model. This enables it to identify functional optical errors while ignoring harmless cosmetic artifacts. It classifies deviations by zone, showing whether the anomaly affects critical vision areas or falls within acceptable optical thresholds.

FFV offers a streamlined operator mode enabling scan, comparison, and verdict in just 4 seconds per lens. It doesn’t require the operator to interpret complex maps. For advanced users, a supervisor mode unlocks deeper analysis, but routine operation is simple and fast, suitable for floor-level staff.