Start with what you're building, or browse the full nine-line catalogue. Both paths land on the same engineers, who have shipped custom systems for ISRO, CNRS, MBraun, and the University of Montpellier since 1986.
These are the workloads our customers come to us for. Each card lists the product lines that go into that application, so you can jump straight to the equipment from here, or read the full catalogue below.
RF magnetron sputtering for transparent conductors and Mo back-contacts; ion-assisted e-beam evaporation for absorber stacks; spectroscopic ellipsometry for film-thickness control. CIGS, perovskite, ZnO and beyond.
Glovebox-integrated thermal evaporation for organic emissive layers and encapsulation. Sub-ppm O₂/H₂O environments, multi-source co-deposition, and substrate-flip mechanisms. The combination MBraun trusts.
Compact, robust, easy-to-operate systems for thin-film research groups. Designed for graduate students to run, engineered to last through generations of them. Daily-use installations at CNRS, University of Montpellier, and beyond.
Altitude test chambers and thermal-vacuum simulators used by satellite developers. The team behind ISRO's compact sputtering + e-beam tool at the U R Rao Satellite Centre delivers the same discipline to every aerospace customer.
Built for the moisture- and oxygen-sensitive chemistries lithium and sodium-ion research demands. Glovebox-integrated electrode prep, vacuum ovens for drying and bake-out, arc-melting for refractory current-collector materials.
Sputtering for hard, optical, and barrier coatings at pilot and production scale. Manufactured-to-spec vacuum components for chamber upgrades. Authorized ATEQ leak testers for line-side QC: pressure decay, mass flow, helium.
Standard configurations for common needs and full custom builds when the standard doesn't fit. Every system is engineered, integrated, and supported by the same team that delivered our first thin-film deposition system in 1986. Tags below each card show the industries that line serves.
Magnetron and confocal sputtering for transparent conductors, metallisation, and barrier layers. Research to pilot scale.
Precision evaporation of metals, dielectrics, and organics. Multi-source, co-deposition, gradient profiles, IAD options.
Sub-ppm O₂/H₂O environments for sensitive chemistry: perovskites, lithium chemistry, organic electronics.
Outgassing, post-bake, and curing under controlled vacuum and atmosphere. Benchtop to walk-in configurations.
Inert-atmosphere melting of refractory metals and high-entropy alloys with full sample recovery and rapid cooling.
Thermal-vacuum chambers for satellite component qualification. Used by ISRO and national labs since 1986.
Chambers, feedthroughs, valves, viewports, fittings. CF/KF/ISO standards. Manufactured to spec, shipped fast.
Production-line leak detection: pressure decay, mass flow, helium. Sub-second cycle times. Authorized integration and service.
Spectroscopic ellipsometry for film thickness, optical constants, and stack analysis. Industry reference instruments, applications support included.
We obtained immediately excellent process results on all layers. The equipment runs daily, with no failure.
Send a brief on your process, target specs, and timeline. We'll come back with a recommended configuration, ballpark, and references from comparable installations.
