5-axis machining center
COMBINED MILLING AND LATHING
With the spindle clamping and the optional rotary table, workpieces can be turned at a maximum speed of 400 min-1. The time-consuming exchanging of the workpiece between different machines is now a thing of the past.
X axis 1'300 mm Y axis 1'450 mm Z axis 1'000 mm A axis 0-90 ° C axis 360 °
Main drive 1 Spindle power 84 kW Spindle speed (motorspindle) 0 - 12'000 min-1 Torque spindle max. 100 / 40 % ED 300 / 452 Nm Main drive 2 Spindle power 38 kW Spindle speed (motorspindle) 0 - 16'000 min-1 Torque spindle max. 100 / 40 % ED 105 / 135 Nm Variante DDT Spindle power 21 / 28 kW Spindle speed 0 - 18'000 min-1 Torque spindle max. 100 / 40 % ED 226 / 291 Nm
NC Rotary table
Dimension ø 1'200 x 1'000 ø 1'200 mm Max. Rotary diameter 1'500 / 1'600 / 1'200 mm
Turning Rotary Table
Diameter ø 1'200 mm Spindle speed 400 min-1 Torque max. 4570 Nm
Automatic swiveling head horizontal / vertical Standard Spindle taper HSK63 / HSK100 / SK40 / SK50
Tool changer places SK40/HSK63 85 / 185 / 260 / 360 Tool changer places HSK100 / SK50 65 / 103 / 141 / 191 / 272 Max. tool length 600 mm Max. tool diameter 565 mm
Heidenhain TNC640 Siemens 840D sl
Dimensions pallets ø 1'200 x 1'000 mm Max. load 2'000 kg Quantity pallets 2 / 5 / Linear storage / circular storage
Machine weight 25'000 - 28'000 kg Dimensions length x width x highth 5600 x 5100 x 4050 mm
Vibration damping with high static and dynamic stability
To meet the high demands of mechanical engineering, the machine column and machine bed are made of HYDROPOL®, a composite material of special concrete and steel. Together, this unit forms a base with enormous inherent stability and excellent damping behavior as well as high dynamic rigidity. This has a positive effect on the service life of the tools and is ideal for extreme loads.
Work with the highest precision
Cooled machine components
Modular concept for small spaces
Pallet changing system
Set up and equip during operation. Due to the brilliant automation design, non-productive times are limited to a minimum. The equipment of the RX12 can be upgraded in various extensions towards a linear storage unit. This will not affect the user-friendliness and accessibility of the machine.
Measures by our machine tools
Even in developing a machine, we look for components and elaborate solutions that make it possible to keep the consumption of expensive resources such as electricity and air in daily use as low as possible. This not only helps to protect the environment, but also minimise the daily running expenses. The most important measures to increase energy efficiency are the following:
- Power regenerating drive systems
- Chip conveyors with interval function
- Coolant flushing with interval function
- Automatically deactivating suction system
- Automatic shut-down of auxiliary programs after the program cycle ends
- Leaktight valve technology
- Frequency-regulated coolant high-pressure pumps
- Weight-optimised moving masses
- Low-watt valve technology
- Patented spindle drive concept DDT
- Consumption-optimised pneumatic system
- High-quality servo axes
- Machine lighting with high-efficiency LED lights
- Use of high-quality components with high efficiency
The use of polymer concrete as base material requires around 30% less primary energy than equivalent cast body. And even the CO2 share can be reduced by 66%. The disposal of polymer concrete, too, is uncomplicated, because as regular construction rubble it can be recycled for new filling materials or soil stabilisation.
As a producer of machines with a single production location, a high level of own production and local supplies, we are able to reduce transports to a minimum. At the same time, our machines have a long service life, which adds to the overall positive balance.