A competitive solution
High-speed precision machining centre for milling complex three-dimensional
work-pieces which require accurate machining and continuous axis interpolation.
MATRIX JET 1000 is the ideal solution to satisfy production requirements across
a multitude of industrial applications from aerospace industry to automotive,
die-manufacturing and design.
Wide choice of configurations for customized
performances
Various solutions for the best machine configuration to satisfy each
need:
· Standard model with
one working area
· Model with two
working areas for pendular machining
Great accessibility and visibility of the working area thanks to the
machine structure with moving bridge and wide lateral doors that make the work-piece
loading easier.
Precision, Dynamics and Flexibility when machining at high speed with 5 continuous
axes
In order to guarantee high performance, the new MATRIX JET 1000 is built
on a heavy-duty cast iron bedplate which acts as a support for the bridge
sliding. Columns consist of a sandwich structure made of arc-welded and
stabilized steel.
MATRIX JET 1000 can be supplied with a laser tool presetter and a radio
frequency probe for acquiring work-piece size and coordinates.
A superior head
The electrospindles offer always the best machining performance thanks
to the cast-iron fork designed head which offers structural rigidity with
efficient vibration damping properties. The highest-performance models are
provided with Direct Drive motorized heads.
The carriage and beam travel on properly dimensioned recirculating
roller guideways ensure machining precision and stability. Axes are moved by a ground
ball screw and double preloaded ball nut assembly. Maximum axis precision is
achieved thanks to the micrometric technology applied. Axes are powered by digital
drives and ultimate generation brushless servomotors.
Wide choice of electrospindles
The MATRIX JET 1000 machining centre can be supplied with a wide range
of electrospindles depending on the type of material to be machined. Machining
precision is always guaranteed by the thermal stabilising system which consists
of a special software designed and developed to compensate natural thermal
expansion in the electrospindles when machining conditions vary.
Depending on the type of machining, the tool cooling system can use a
coolant liquid which flows inside and outside the spindle (60 L/min) with fixed
or variable (up to 70 bar) internal pressure, or incorporate a spray mist
system, or simply use compressed air.
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