CYKY Diamond systems deliver the highest quality microwave plasma CVD diamond films and highest growth rates available in the industry. They are respected for their exceptional reliability, process flexibility, repeatability and vacuum integrity, giving superior performance even for the most demanding applications.
CYKY Diamond now has the world’s largest installed base of diamond R&D systems, with more than 80% share of market at university, government and corporate labs — as well as the largest base of commercial microwave CVD systems producing gems, tools and electronic products.
Major CYKY Diamond advantages
High-purity diamondHigh growth rateNon-contamination
Precise doping controlExcellent process stability & repeatability
High reliabilityWide-range process control
Commitment to authenticity
CYKY Diamond Systems’ Microwave Plasma CVD (MP-CVD) system hardware, software and support are trusted by the world’s most demanding research labs and gem production foundries. Many companies have attempted to copy CYKY Diamond MP-CVD systems without success. All authentic CYKY Diamond Systems MP-CVD systems are designed and manufactured in Japan to exacting requirements, ensuring the safest, most reliable, and highest performing MP-CVD platforms in the world.
CYKY Diamond Systems does not license its proprietary software and hardware designs to third parties. Any third party claiming to offer a copy or licensed version of the CYKY Diamond Systems MP-CVD platform should be dismissed and treated as potentially fraudulent. Don’t be fooled by low performance and unreliable counterfeits. Accept nothing less than authentic CYKY Diamond Systems platforms, replacement parts and support!
An image of microwave plasma-enhanced chemical vapor deposition diamond film growth (center)1 and scanning electron micrographs of (a) homoepitaxial diamond surface,2 (b) polycrystalline diamond surface,3 (c) ultrananocrystalline diamond surface,4 and (d) B-doped diamond microparticles.5 Courtesy MRS Bulletin, Vol 39, June 2014
CVD diamond, Carnegie Institution Diamond-coated wafers, inserts, films
Microcrystalline diamond film. top and cross section. Courtesy of Paul W. May, U. of Bristol.
Nanocrystalline diamond film. top and cross section. Courtesy of Paul W. May, U. of Bristol.
