Pulse and pulse reverse DC power for precise electrochemical processes
When process windows get tighter, conventional DC is often no longer enough. plating electronic develops and manufactures POWER PULSE pulse and pulse reverse power supplies that give you direct control over current and voltage sequences, helping you achieve repeatable quality, stable production, and measurable efficiency improvements.
Better control for demanding surfaces
Pulse and pulse reverse operation allows you to actively shape the electrical parameters of your process. That gives you more control over coating properties and process stability than a fixed DC output.
With POWER PULSE, you can define pulse programs that fit your application, including complex waveforms and repeatable sequences. Fast switching and precise regulation help you keep results consistent, even when production conditions change.
Advantages in daily operation
- Precise, repeatable pulse control for stable results
- Flexible pulse programs and complex waveform options
- High control accuracy for predictable process behaviour
- Robust industrial design for reliable long-term operation
- Support with system sizing, integration, and commissioning
Proven value in PCB manufacturing
In PCB production, structures continue to shrink. Hole diameters, conductor tracks, and spacing require higher accuracy, and standard DC processes can reach their limits. Pulse technology supports more uniform deposition and improved process control, especially in demanding geometries such as high aspect ratio features and fine structures.
If you share your target geometry and process requirements, we help you define a suitable pulse program and the right system configuration.
Engineering support and long-term service
At plating electronic, service is central to how we work. We support you from consultation and system calculations to commissioning and lifecycle support. You receive clear recommendations, transparent options, and practical guidance that helps your process perform reliably in real production.
