CUSTOM PLASMA TECHNOLOGY SYSTEMS
CUSTOM PLASMA TECHNOLOGY SYSTEMS
WHAT WE DO
Since 1999, Plasmionique has designed and built customized plasma, laser, and vacuum-based systems for use in R&D and small scale manufacturing. These systems have utilized various methods for thin-film deposition, ion-implantation, etching, and advanced materials synthesis. Our internal and collaborative R&D with various national and international University research groups allows us to develop novel systems and processes. If you are interested in one of our standard products or have an idea that needs to be transformed into a unique equipment contact us for a free consultation.
We combine decades of experience in research with a highly skilled engineering and scientific team to provide the best tools for your innovations
Plasma and Vacuum Assisted Synthesis of Nanomaterials
Plasma Processing of Thin Films
Advanced Surface Engineering
NEWS HIGHLIGHTS
Plasmionique Welcomes Mr. Eduardo Loereto, who joined our R&D Team in January 2023,
as Mechanical Engineering Technician
It is pleasure to announce that as of January 2023 Dr. Armstrong Godoy Junior joined our R&D team in capacity of MITACS Post Doctoral Fellow
Meet us at CAP Congress 2023 University of New Brunswick, Fredericton, June 19-23
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Visit our booth at ICMCTF2023 San Diego, CA, May 22-26
Preparation and installation Hybide Deposition System to a UAE Research Laboratory
Plasmionique and a German Medical Implant company begun a collaborative R&D supported by
Canadian International Innovation Program
Installation of a vacuum R2R hybrid deposition system at NRC in London Ontario.
Diamond for Quantum Technology Plasmionique's collaborative project receives financial support from le Ministère de l’Économie et de l’Innovation de Québec
Plasmionique and Bio-Park Toledo in Brazil signed a 3Y R&D agreement for development of Surface Engineering Processes for Medical Implants
Preparation and installation of an e-beam deposition system to
the University of Montreal
Preparation and installationof a GLAZE series Hybrid-PLD system for the University of Sherbrooke.