MEI SYSTEM | FAIRS E NEWS | | THE NEW EASYFIT TREND IS RECEIVING GREAT FEEDBACK WORLDWIDE NEWS THE NEW EASYFIT TREND IS RECEIVING GREAT FEEDBACK WORLDWIDE Developed from MEI’s experience in manufacturing lens edging machines, the EasyFit Trend is the new block-less compact solution tailored for optical shops and small labs. This new edger represents a further breakthrough for the field with its unique features, including: the high precision and reliability of milling technology. Eco-friendly Dry Cut technology with saving 1 million liters / 264k gallons a year. the “No Block” system that eliminates blocks and pads. The new EasyFit Trend features an innovative tracing system that further increases the overall productivity and a new modern, compact design. MEI has also integrated into this new machine the “Total Quality Control” system, developed on top range products. The built-in inspection instruments assure the precise automatic measurement of all the optical parameters, avoiding any other inspection process before and after the edging. Other important benefits of the new EasyFit Trend are the possibility to easily edge prescription lenses for sport frames and the opportunity to create a totally customized lens with the Creativity Engraving function; this allows marking logos, drawings, and letters on the lens. The new EasyFit Trend is receiving great feedback worldwide. This new machine won the Silmo d’OR Award in Paris, and the Vision Plus Award in Dubai. Discover the features that led to the victory Via Ing. Caproni 50, 24036 Ponte San Pietro (Bg) PHONE: +39 035 339 112 | FAX: +39 035 4378007 EMAIL: info@meisystem.com Social Capital € 1.000.000 i.v. - Iscr. Reg. Imp. Bergamo P.IVA 02053210163 - REA BG-258933 - Customize preferences Privacy Policy | CREDITS MEI System © 2021 ALL RIGHTS RESERVED Notice We and selected third parties use cookies or similar technologies for technical purposes and, with your consent, for other purposes as specified in the cookie policy. Learn more and customize Reject Accept