We use cookies to make our website user-friendly, to continuously improve it and to analyze access to our website. By using our services, you agree to this.
Presetting systems
Presetting systems
Presetting is the key to short set-up times and solid processes, because presetting systems are a central component of modern production. They enable precise alignment, checking and presetting of workpieces and electrodes outside of the machine. This reduces machine downtimes, standardizes set-up processes and minimizes measuring errors.
EROWA's presetting systems help manufacturing companies to reduce non-productive times and simultaneously increase process reliability - regardless of whether they are operated manually or digitally integrated into higher-level systems.
Presetting systems are used wherever precision, repeatability and reproducible processes are required. They are suitable for single part production as well as for series and small batch production
EROWA presetting systems can be flexibly integrated into existing manufacturing environments—from manual setup stations to automated production cells.
When combined with digital process control systems, measurement and offset data can be processed, documented, and traced.
In this way, presetting transforms from an isolated step into an integral part of a seamless, transparent process chain.
Easy to use
EROWA presetting systems are designed to be intuitive and easy to use without extensive training. Clearly guided measurement sequences and easy-to-read displays support users in their daily setup processes. This ensures reliable, precise results even with frequently changing workpieces.
Flexible use
Presetting systems can be used flexibly for different workpieces, electrodes, and applications. They are suitable for both individual parts and series production and can be integrated into manual or semi-automated manufacturing concepts. This allows them to adapt optimally to changing production requirements.
Save time
Pre-setting outside the machine significantly reduces non-productive times. While workpieces or electrodes are being prepared and checked, the machine tool remains productive. This increases machine utilization and noticeably shortens throughput times.