DSP 3000 Series MFC controller for industrial servo presses. Provides high-precision pressing control with an integrated load cell and closed-loop operation. Handles up to 32 pressing profiles, with real-time curve, load and displacement readings. Ideal for compact setups and high-performance assembly lines.
Fully digital servo press using technology developed from our servo nutrunner.
By integrating a load cell into each model, high-precision pressing adjustment control is available (using a closed-loop method). Up to 32 pressing profile parameters can be set, enabling flexible processing according to a variety of assembly parts. The software for configuring pressing parameters is highly accessible, ensuring easy operation through its setting screens. Various data, such as load data, ranges and pressing curves, are easily controlled. The compact body, equivalent to a 3.5 MPa hydraulic cylinder, saves space in your setup design.
Capable of high-precision pressing operations and incorporating the latest RISC-CPU in its control unit, fully digital operation enables faster load value sampling (1 ms or less), achieving repeated positioning accuracy of ± 0.01 mm.
In addition, integration with an intelligent electronic identification system mounted on the load-cell preamplifier unit enables higher-quality and higher-precision pressing operations.
Various settings, such as load or distance, result data and analysis data, are Windows®-oriented, helping operators with comfortable and effective handling. The drive source is directly electric, not hydraulic or pneumatic, an energy-saving feature that can contribute to the Earth’s sustainable future environment.
Using digital servomotors, it is possible to freely control press speed, improving productivity in your factories. Up to 32 types of pressing data can be stored in a battery-free backup system, which can be connected to a multifunction system.
The compact body enables a space-saving design.
An installation space as compact as any available for hydraulic cylinders.
Contributes to a compact line layout.
Loading distance method
Combined with operation / load inflection point monitoring functions, step-applied pressure, load break point, etc.
3σ / average within 3% (50% ~ full-scale load)
Repeated positioning accuracy ± 0.01 mm (when load is constant and more than 10% of full-scale load)
0.1 mm (0.01 mm is possible through condition setting)
± 1% (full scale), ± 0.5% (linearity)
Peak, final load loading rate, time, current real-time data display, etc.
Performance parameters: 32 applied pressure range groups
Corresponds to all units up to the 1kN ~ 196KN (0.1ton ~ 20ton) class
