July 04, 2025
Michael Ferng
General Manager PCT China & Taiwan
"Step into the future of technology with Comet as we unveil groundbreaking solutions that will redefine the industry landscape. Witness the power of innovation firsthand and be inspired by the limitless possibilities that our RF Delivery Platform Synertia® offers.
Don't miss this exclusive opportunity to join a live demonstration of Comet's next evolution in plasma processing technology."
September 4-6, 2025
Wuxi Taihu International Expo Center, Wuxi City, China
Booth: B1-260
Synertia® RF Power Delivery Platform
Vacuum Capacitors
Synertia®, Comet’s integrated RF Power Delivery Platform, enables the unprecedented power delivery control required by plasma process tools for the next generation of microchips. Synertia®, is the RF power system that ensures powerful command and control of plasma conditions at highest speed level. A system that allows to manage the complexities of multi-layer memory and atomic-scale plasma processes.
Our broad range of capacitors will guarantee you highest performance, repeatability and reliability of your tools. They are produced with the best materials, fabrication processes and quality standards. Choose from our standard products or let our R&D team design capacitors for your specific application.
Comet Vacuum Capacitors are recommended to improve the performance of equipment used in the Semiconductor, Flat Panel Display, Battery and Broadcast industry.
Latest Posts
Research Partnership Announcement
April 30, 2026
Comet is extending its research partnership with the University of Illinois Urbana-Champaign, strengthening collaborative efforts in the advanced research of plasma processes.
Read moreRenaming Comet Aachen
March 10, 2026
Effective March 30, 2026, Comet Yxlon GmbH will be renamed Comet Technologies Germany GmbH.
Read moreMarch 25-27, 2026 in Shanghai, China
February 12, 2026
Join Comet at booth #2551 in hall N2 at SEMICON China to experience Comet's advanced Synertia® RF Matchbox, a critical component designed to optimize the delivery of RF power in semiconductor manufacturing equipment.
Read more