• TWENTY YEARS OF EXPERIENCE IN
    CONSTRUCTING MICROWAVE PLANTS FOR LARGE INDUSTRIES

  • OUR CUSTOMER CHOOSE
    OUR PLANTS FOR THE HIGH TECHNICAL QUALITY

  • WE HAVE APPLIED MICROWAVES
    IN THE MOST DIFFERENT PRODUCTION SECTORS

  • THROUGH MICROWAVES WE OBTAIN PROCESSES
    UNDER PRESSURE AT VERY HIGH TEMPERATURE

  • OUR MICROWAVE PLANTS WORK 24/7

  • WE HAVE INSTALLED PLANTS ALL OVER THE WORLD
    BY ADOPTING THE MOST VARIOUS SAFETY STANDARDS

  • OUR MICROWAVE PLANTS ARE EASY TO MAINTAIN
    WITH LESS TIME CONSUMPTION AND COSTS

  • WE BUILD PLANTS THAT COMBINE MICROWAVES,
    INFRARED, ULTRAVIOLET IN THE SAME TIME (COMBINED TECHNOLOGIES)

  • OUR PLANTS MANAGE POWER FROM 1KW
    TO A FEW HUNDREDS KW’s OF MICROWAVE

  • OUR PLANTS IMPLEMENT
    THE MOST ADVANCED CONTROL TECHNOLOGIES
    AND ARE INDUSTRY 4.0 CERTIFIABLE

  • OUR PLANTS ARE BUILT WITH HIGH QUALITY MATERIALS
    AND ARE DESIGNED TO LAST FOR LONG TIME

  • THE CONSTRUCTION SOLUTIONS ADOPTED
    GUARANTEE MAXIMUM SAFETY FOR USERS

“Our mission is to deliver a high-quality machinery with the combination of innovative technologies with performance at its best”

COMPANY

M.I.T SRL (Microwave Industrial Technology) is part of the Microglass Group. MIT was found in the year 2016 with the aim of developing high quality machines, equipped with the most advanced innovative technologies. Over the past twenty years Microglass has developed radiation components with dedication and studied various applications. The constant evolution of innovation in the field of thermal radiation has thus motivated the start of a company specialized in the production of machinery and systems for the industrial use of microwaves: M.I.T.

WHAT WE DO?

MIT supplies industrial machines and plants designed and manufactured in Italy, for industrial thermal transformation. We design and manufacture machines and systems with the best technical quality for food treatments, polymerization of resins and adhesives, etc.
Our experience has led us to be the first European producers of ovens and special systems, using multi-technology heating systems in a hyperbaric or hypobaric environment (even with a modified atmosphere), through thermal energy such as microwave, infrared, ultraviolet, hot air / cold / environment.