A heavy-duty, double-edging machine for glass up to 35 mm thick.

FOX EVO is MAPPI’s compact flat glass tempering furnace designed for small and medium-sized glass processors, combining precise MHS multizone heating, ESS Energy Saving System energy management and a redesigned operator interface for flexible production of clear and Low-E glass. It offers productivity of up to 24 loads/hour for 4 mm clear glass and 19 loads/hour for 4 mm Low-E glass, with loading sizes ranging from 1050 × 2300 mm to 1500 × 3200 mm. FOX EVO is compatible with the MEC ecosystem, with optional MEC INSPECTOR integration.

ATS LINE is a flat glass tempering furnace designed for continuous industrial production, offering productivity of up to 24 loads/hour for 4 mm clear glass and 19 loads/hour for 4 mm Low-E glass, with precise MHS multizone heating, controlled convection and ESS Energy Saving System for efficient energy management and consistent processing. The furnace is available in loading sizes from 1500 × 3800 mm up to 2500 × 5000 mm, with MAPPI Supertemper available as an option.

MTH Monolith is MAPPI’s flat glass tempering furnace designed for large sheets and high production volumes, combining MHS multizone heating, controlled convection and ESS Energy Saving System energy management for precise and consistent processing of clear and Low-E glass. It offers productivity of up to 24 loads/hour for 4 mm clear glass and 19 loads/hour for 4 mm Low-E glass, with loading sizes ranging from 2500 × 6000 mm to 3300 × 6000 mm, combining large-format capacity with precise process control.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

This industrial ceramic digital printing system is an alternative to analogue screen printing for glass used in architecture, automotive applications, home appliances and commercial refrigeration.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

A digital printing system for industrial ceramics that can decorate architectural and industrial glass with high-resolution images.

An industrial ceramic digital printing system for the high-resolution decoration of glass home appliances.

A full-roller coating system for the uniform application of paint to flat glass.

This horizontal washing machine is used to clean and prepare glass for digital printing.

This infrared drying unit is used for rapid curing between stages of the glass-printing process.

Patented closed-circuit water treatment system for flat-glass processing machinery.

A glass scanning system for the accurate capture, positioning and control of images during production.

Fully automated filter press for de-watering, compacting and storing glass-processing sludge, suitable for integration with straight-line edgers, double edgers, vertical arrising machines, CNC and horizontal/vertical drilling machines, and manual shaping machines, making it ideal for production lines with limited space.

This is an automated loading and unloading table designed for integration into a digital glass-printing line.

Reverse osmosis systems use semipermeable membranes to reduce dissolved salts in feed water and are designed to adapt to any production environment, supplying individual industrial glass washers, serving multiple washing lines or integrating into fully automated systems, with customised configurations capable of providing from 100 L/h to over 20,000 L/h of demineralised water and achieving the conductivity required by the process, with an indicative design conductivity of 5–50 µS/cm to be confirmed after analysing the incoming water.