SMC+

Yes, the SMC+ is engineered to handle a wide range of microlens configurations, including freeform and irregular geometries. Its advanced algorithm automatically detects each lenslet’s optical and geometric center, measures its power and diameter, and maps their distribution even when the layout is asymmetric or non-standard. This enables accurate analysis of custom designs used in myopia control and advanced R&D applications.

In a single scan, SMC+ can detect and analyze hundreds of microlenses at once. It captures over 3,000 data points per 1 mm microlens and more than 5 million data points across an entire lens. This high data density allows for exceptionally detailed analysis of lens performance and microlens behavior.

Absolutely. Users can perform full 360-degree angular profiling, radial symmetry analysis, and generate custom cross-sections and histograms of power distribution across any area of the lens. These tools are particularly useful for evaluating both optical performance and design integrity.

Yes, the SMC+ is built for seamless integration. It supports flexible output in ASCII text files, image formats, and includes an open communication protocol for direct connection to SQL databases, LMS systems, or proprietary lab software via API. A built-in report template editor also allows full customization of reports.

The system supports a wide variety of lens types including single vision, bifocal, progressive, toric, ring-structured, lenslet arrays, and freeform lenses. It is suitable for semi-finished and fully finished lenses, as well as glass molds, blanks, polished, and edged lenses.