Water cooled DC Sources: 15kW – 35kW
HX – Type: 15kW – 35kW
The very compact design of ½ 19” width and 5 HU is especially designed for production plants without cabinets.
The HX has mounting flanges and can be integrated into or attached to the plasma chamber in any position. The display can be swiveled and separated from the power supply. An efficient water cooling ensures highest reliability even in non-air-conditioned rooms. In order to avoid condensation water, an external magnetic valve can be connected via the integrated temperature control. The output power can be increased up to 280 kW in parallel operation. The special electronic design allows master-slave-operation as well as parallel operation via Interface Combiner or Profibus. The extreme fast arc handling works completely automatically, so that no parameters have to be set.
- Output power 15 -35 KW
- water cooled
- Magnetic valve control
- Housing ventilation with
- integrated particle separator
- ½ 19″–case, 5 HU
- Flange mounting
- M8-female thread for crane eye
- floating output
- Interchangeable Interfaces
- Replaceable, rotatable display
- Automatic Arc Handling
- Parallel operation up to 280 kW
Water Cooled & Space efficient:
the water-cooled design allows for the highest power density possible—easily integrates into existing setups. Compact design fits up to two DC power supplies in a 5HU space.
Cost-Effective:
DC Magnetron Sputtering delivers high-quality, high-yield coatings at a fraction of the cost of Pulsed Magnetron Sputtering.
Parallel operation:
The output power can be increased up to 280 kW in parallel operation. The special electronic design allows master-slave-operation as well as parallel operation via Interface Combiner or Profibus.
Flexible Control & Automation:
Interchangeable interface cards ensure compatibility with various control schemes. Automatic arc handling adjusts to process parameters—no programming needed.
German Engineering Excellence:
Developed and manufactured in Germany to the highest standards by ADL GmbH—precision, reliability, and quality you can trust.
Hard Coatings:
Extend the service life of tools and mechanical components with high-performance wear-resistant coatings. Optimized friction properties reduce tool wear, enhancing efficiency and longevity. High-temperature-resistant sputtered coatings provide superior protection against oxidation and thermal degradation—ensuring reliability in the most demanding environments.
Glas Coatings:
Improves optical properties and functionality for architectural glass, displays, and specialized applications.
Solar Cells:
DC magnetron sputtering is widely used for depositing transparent conducting oxide (TCO) layers on solar cells, enhancing their efficiency and electrical conductivity
- Magnetron Sputtering
- Plasma Enhanced Chemical Vapor Deposition (PECVD)
- Plasma Etching
