Founded in 1989, Forvet is nationally and internationally known for its high-technology machines and special solutions for flat glass processing.
The key to the company’s success lies in the originality of its solutions, which are aimed at an attentive and evolved market segment on a global scale.
The FRANCESCA FC 32M 3300 Mill is a fully Numerically Controlled (NC) glass working centre, capable of performing drilling, countersinking and milling operations on flat glass sheets, ranging in thickness from 3 to 19 mm. (25 mm optional), including “out of square” pieces.
Francesca FC 3300 Mill can load, work and unload two glass panels simultaneously, without intermediate handling.
The maximum useful working field for width is 3300 mm. and without limits for length (according to conveyors sizes).
It is possible to operate on this machine either one piece of glass max width. 3300 mm. or two simultaneous pieces of different sizes (within 1600mm width).
Alternative minimum glass dimension can be evaluated according to customer needs.
The in-feed one, will move the glass toward the first available section of the machine, the out feed one will put the two pieces in sequence at the entry of the (possible) narrower washing machine.
The machine is equipped with four multi-spindles rotating heads (2 upper and 2 bottom each one holding 8 tools) that can operate simultaneously, independently or in conjunction with each other in the full glass width
Milling operations (routing) up to 12,000 rpm.
It grants a faster milling speed and longer life span
Working area - One glass X axis
Min. 500mm, Max. upon request
Working area - One glass Y axis
Min. 400mm, Max. 3300mm
Working area - Double glass X axis
Min. 500mm, Max. upon request
Working area - Double glass Y axis
Min. 400mm, Max.1600mm
Glass thickness
from 3 to 19mm (25 mm optional)
Maximum drilling diameter
65 mm (70mm. optional)
Number of spindles
32 (8 each head)
Spindles rotation speed
0-9.000 rpm
We simplify your manufacturing process to make the potential of any material shine.
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