1 motor
motor
synchropress® 4M is powered by four servo motors. The synchronization of the four motors is achieved electronically.
2 press table
press table
The dimensions of the press table are individually configurable. The position and size of the pass-through can also be customized to the customer's specifications.
3 press ram
press ram
The press ram is pulled down by the four screw nuts, ensuring excellent parallelism of the synchropress®.
4 screw & screw nut
screw & screw nut
Due to the fixed mounting of the screw nuts in the ram, it is pulled down by the screws. The screws are beared in the press table.
5 guide column
guide column
The synchronized movement of the screws achieves an extremely high parallelism between the ram and the table - therefore, only the radial alignment from the table to the ram needs to be ensured through the four guide columns.
6 IPC
IPC
All servo-driven axes of the synchropress® are managed through an intuitively operated PC control system. This allows for the integration of unlimited additional options and the collection of process data.
7 housing
housing
synchropress® 4M is equipped with a complete enclosure. Individual door solutions, whether manual, automatic, or through light barriers, can be implemented according to customer preferences.
technical data
-
press table length:
17.71 in – 196.85 in /
450 mm – 5,000 mm -
press table depth:
17.72 in – 98.43 in /
450 mm – 2,500 mm -
table height above floor (depending on model):
27.56 in – 70.87 in /
700 mm – 1,800 mm - power consumption: 20 kW – 500 kW depending on operating mode
pressing force
500 kN - 10,000 kN
stroke length of the ram
11.81 in – 59.06 in /
300 mm – 1,500 mm
max. ram speeds
Up to >11.81 in/sec /
>300 mm/sec
or according to customer specifications
features
- individually customizable to customer needs
- price-performance ratio
- excellent parallelism between ram and table
- versatile applications thanks to various operating modes: setup mode, manual insertion mode, automatic mode
- sensitive ram movements in hundredth of a millimeter range using a joystick
- compact design
- optimal accessibility from all sides
- low maintenance
- no structural modifications required
- lightweight