Selected low-temperature deposition applications
Suitability depends on substrate, material, geometry and validation requirements.
Technical path
Ionized Jet Deposition: flexible thin-film deposition for complex materials.
IJD is a pulsed electron ablation-based physical vapor deposition method designed to support advanced coating development, low-temperature process exploration and flexible material transfer.
Where it can help
Useful where process flexibility and material complexity matter.
Complex material transfer
Suitability depends on substrate, material, geometry and validation requirements.
R&D recipe development
Suitability depends on substrate, material, geometry and validation requirements.
Small target consumption
Suitability depends on substrate, material, geometry and validation requirements.
Custom source and chamber configuration
Suitability depends on substrate, material, geometry and validation requirements.
Path from sample coating to pilot validation
Suitability depends on substrate, material, geometry and validation requirements.
Comparison
IJD versus selected coating methods.
SputteringBest for: Mature industrial coating. Where IJD can help: Flexible R&D and selected complex materials. To be verified with Noivion team for final publication.
PLDBest for: High-quality complex films. Where IJD can help: Alternative process route for selected PLD-like use cases. To be verified with Noivion team for final publication.
CVDBest for: Conformal films and semiconductor processes. Where IJD can help: Low-temperature physical deposition alternatives. To be verified with Noivion team for final publication.
Galvanic coatingBest for: Conductive metals. Where IJD can help: Advanced dry-process functional coatings. To be verified with Noivion team for final publication.