DC rectifiers and Pulse Reverse power supplies for surface and electroplating technology
Ideal power supplies for first-class coatings
Electroplating already has a long history behind it and yet it is still continuing to develop even further. Ever more application areas require high-quality functional and decorative surface coatings. The process quality requirements also continue to increase: ever thinner, precisely distributed layers need to be applied with the greatest of precision, low energy consumption and the best mechanical properties
Developed for growing requirements in industry and research
POWER STATION DC rectifiers and POWER PULSE-REVERSE DC power supplies made by plating electronic are designed precisely to meet these rising demands. Innovative technologies and convincing performances, such as the digital switch mode technology, high degree of efficiency, minimum residual ripple and peak control accuracy, all open up new opportunities and reliably guarantee the availability and the accuracy of your coating systems. The ultra-compact design of the DC rectifiers with water cooling and the variety of air-cooled power supplies smooth the way for new, efficient system designs. All this makes plating electronic power supply units the first choice for processes in surface finishing and electroplating technologies.
Process power supplies: completely from plating electronic
As a system supplier, plating electronic does not just supply the hardware precisely designed for continuous operation. We also supply you with everything necessary for operation: control units, accessories, interface technology and the appropriate software - everything from one source.
plating electronic - for the best possible continuous operation and best possible added value for your electroplating systems. From desktop unit to complete system: why should you be satisfied with anything less?
- A centuries old technology that is continuously perfected
- Innovative technologies secure the accuracy of your coating systems
- Electroplating systems as complete systems from plating electronic