2019 SVC TechCon

CCR Technology GmbH 

Booth 407

Troisdorf,   
      Germany

CCR Technology is the only supplier of the COPRA Plasma Technology® and serves the supply chain of end user, original equipment manufacturers and research groups in markets like optics, solar, semiconductor, wear & decorative coatings as well as storage and display media. The business of CCR is all around COPRA Plasma Sources based on a uniqe 13.56 MHz plasma excitation which is superior due to its power efficiency, scalability and its reliability. Target applications are plasma enhanced chemical vapor deposition "PECVD" of silicon, carbon, oxides and nitrides for absorber and passivation layers, for optical filter stacks as well as for hard protective DLC and wear& decorative coatings.





One of the biggest strengths is to adapt its  plasma source design and dimensions to most of existing coater designs and deliver highly competitive plasma source solutions for dimensions up to Generation 5.





The COPRA Plasma Technology is based on its own patented 13.56 MHz plasma excitation method which enables state of the art  rf  power transmission and gas dissociation efficiences, unrivaled scalability paired with a robust industrial proven design from R&D to any kind of industrial production


scale. The COPRA Technology® characteristics


allows one to work with unchanging basic plasma parameters.


This means that your process result is not negatively


affected by scaling in size and speed as long as the


right power level is adjusted.





Products: COPRA Plasma Sources as Linear-, Rectangular-, Round- and built in sources to be placed fully in your vacuum chamber.





For more information please visit our website www.ccrtechnology.de or contact us directly contact@ccrtechnology.de



Product Categories

Coatings/treatments for specific applications/properties
- Hard coating
- Optical, AR

Coatings/treatments for specific markets
- Display technology

Design Services
- Deposition system

Ion/Plasma Sources
- RF

Vacuum/Plasma Systems
- Atomic layer deposition (ALD)
- Large area
- PECVD
- Plasma Deposition
- Plasma Etching