1 Milling machine with moving column
FPT Verus 250 – 5 axes
Rotary table 2000 x 2000 mm
Load capacity 15 Tons
Stolle table dimensions 10000(X) x 1500(Y) x 2500(Z) mm
Bi-rotary head with millesimal positioning
Tool magazine with 80 stations
1 Milling machine with moving column
FPT Verus 250 – 5 axes
Rotary table 2000 x 2000 mm
Load capacity 15 Tons
Stolle table dimensions 10000(X) x 1500(Y) x 2500(Z) mm
Bi-rotary head with millesimal positioning
Tool magazine with 80 stations
1 Vertical Machining Centre
Quaser MV 184 – 3 axes
Stolle table dimensions 1200(X) x 600(Y) x 500(Z) mm
Tool magazine with 80 stations
Sheet metal machining is widely used in various industries for the production of complex and functional components. Some of the main applications include:
Automotive: Machining of components for engines, transmissions and suspension systems with tight tolerances and precise finishes.
Aerospace: Machining light and strong structural parts for aircraft and space rockets.
Electronics and Telecommunications: Machining of enclosures and chassis for electronic devices with holes, slots and profiled surfaces.
Furniture and Design: Machining of decorative and functional components for furniture and furnishing accessories.
Energy Sector: Machining of components for turbines, wind turbines and other applications where precision and strength are essential.
Carpentry in general: Machining of internal or side parts for medium-heavy carpentry machinery
Gelli employs modern, sophisticated machinery operated by qualified personnel, guaranteeing high quality results. The main advantages of machining include:
Dimensional Precision: Milling allows flat or profiled surfaces to be obtained with high precision and accuracy, completing the machining process with drilling and threading
Application Versatility: Milling and drilling of different depths, widths and shapes can be performed, adapting to specific design requirements.
Machining Time Reduction: The automation of milling and drilling processes reduces machining time and increases production efficiency.