FIDIA K199 5-axis HI-SPEED 2008

:: Type: Machining center
:: X, Y, Z: 1650x750x850
:: Qty: 1
:: Manufacturer: FIDIA
:: Year: 2008
:: Operating hours: 2895 H
:: Condition: semi-new
:: CE Compliant: yes
:: Status: in production
:: Incoterm: Exworks

:: Dimensions:
Weight 18300 Kg
Length 5150 m
Width 4400 m
Height 4157 m
:: Location: Chile
:: CNC: FIDIA C20
:: Longitudinal travel: 1650 mm
:: Cross travel Y: 750 mm
:: Vertical travel Z: 850 mm
:: Max. authorized weight: 12000 kgs
:: Spindle taper: HSK63/A
:: Spindle motor: 55 kW
:: Spindle rotation speed: 24000 rpm
:: Number of tools: 24
:: Description: Years of investment in research and development have enabled FIDIA
to successfully operate in the High-Speed milling sector since the
early 1990s.
The reduction in machining times and manual finishing is the
most significant result, to which is added the possibility of
working with very hard materials, simplifying production cycles and
manufacturing parts in a single setup.
Only machine tools expressly designed for these
objectives can guarantee high feed speeds, precision
and surface quality.
FIDIA High-Speed milling centers find their application
in the production of molds and dies for the automotive sector
(body elements and large plastic material components,
such as dashboards and bumpers); steel molds for
tires and prototype molds in light alloy;
components for the aeronautical, turbine and compressor industries;
large graphite electrodes and complex resin models.

The criteria used to design and size the kinematic chains
have made it possible to guarantee excellent performance in terms of
removal capacity, precision and speed.
The project objective focused on creating a very compact
birotary head, with high removal capacity, continuous
axis movements and powerful hydraulically controlled
locking systems.

The oversizing of the guides and the high number of carriages
contribute to conferring great rigidity and damping to the system,
while on the other hand, the digital technology used for
the axis drives optimizes the dynamic behavior of the
machine, resolution and machining precision.
Maximum precision and its maintenance over time are
guaranteed by the direct-type transducers used for both
the linear axes and the