Transfer automation - Pressing plant flexibility and productivity
Automation, we offer our customers transfer systems for small forming presses up to large capacity presses, even those with several press tables or for press lines. Our transfer system automation is the right solution for every press type and brand.
We supply transfer systems for e.g.
- eccentric presses,
- knuckle-joint presses,
- hydraulic presses,
- multi-column presses,
- highly dynamic servo presses
Make your manufacturing process more flexible, more productive, and safer with our transfer automation systems.
Movement in new dimensions
Our transfer system technology consists of modular construction kits in several sizes for all areas of application in forming technology. DREHER
Automation stands for absolute flexibility in motion sequences, especially thanks to the use of separate drive technology.
Integrated control concept for your transfer press
Automation has developed a consistent control concept based on Siemens components for various handling tasks. An integrated automation solution is established featuring the Simotion D Motion Control System, inverters from the Sinamics S120 family, and servo motors from the 1FK series. This transfer automation system can be adapted exactly to the respective task in terms of performance and functionality. With the help of our specially developed control system for transfer systems, the individual axis movements are optimally coordinated with one another and precisely adapted to the stroke movement of the transfer press. With this control concept, it is also possible to set up an interface to other system components such as belt systems, blank loaders, or conveyor belts/finished part belts easily at any time.
Flexibility for your transfer press
Separate drive technology ensures flexibility, and the software package developed by DREHER
Automation implements it. In this context, it does not matter whether the task at hand is to integrate additional axes, program special sequences, or control cams. Be it position-controlled, angle-synchronized, time-controlled, or dynamic: DREHER
Automation can always provide the right solution.
Maximum productivity for your transfer press
You can count onDREHER
Automation for expertise in linear movement. The highly dynamic servo drives, and the entire drive train are engineered and designed according to your specific requirements. This ensures optimum output and excellent availability over a long period of time.
Safety for man and machine
Personnel and forming system safety is our top priority. As a result, DREHER
Automation is making production plants safer with its “Adaptive Electronic Overload Protection” technology package. The software dynamically limits the available torque in the drive. This prevents the transfer system or the forming tool from being severely damaged by excessive force in the event of a fault.
Low vibration transfer process
Today, vibration behavior can not only be positively influenced via mechanical factors such as the rail profile and material - electronic control systems also achieve clearly visible results. Therefore, DREHER
Automation offers the “Active Vibration Compensation” technology package for its transfer systems. The resulting minimized vibration characteristics ensure maximum stroke rates with excellent operating smoothness. At the same time, the entire system is subjected to lower loads.
Energy-efficient transfer automation
In the field of energy management, DREHER
Automation relies on the implementation of common intermediate circuits, for example with the forming press. This not only reduces the forming system’s overall energy requirements but also creates additional space for emergency strategies.
Spare part reduction
The modular system minimizes the need for spare parts, since the same motors, gears, or guides are used consistently in the drive trains, for example. In order to guarantee excellent availability of spare parts for your transfer system, DREHER
Automation attaches great importance to using standard components that are available worldwide for both mechanical and electrical components.