UHV system designed for confocal and planar „sputter down” RF/DC/DC PULS deposition process.
Fully automated transferring system for 3-inch substrate holders.
Process chamber designed for eight 2-inch magnetrin sources (confocal geometry) and one 4-inch source in center/planar geometry. Chamber is equipped with: - double sealed differentially pumped vacuum door for quick and easy access to process chamber - special trolley for mounting and dismounting bottom flange with manipulator - mechanism for lift-off the top flange with the magnetron sources - exchangeable shield for easy cleaning the chamber
Background pressure: <3x10-8 mbar
Load lock/storage chamber for up to six 3 inch holders with easy-to-open lock door.
2-axes manipulator for substrate holder, with controllable temperature and pneumatic shutter.
Gas dosing system for oxidation
Control software Synthesium for full control over process recipes and monitoring, manipulating all relevant subsystems.
MBE multi-chamber system for metallic multi-layers from magnetic materials. Features in-situ characterisation of sample magnetic properties, topography and crystallography.
The HIPIMS Reactor is a dual purpose deposition chamber. It allows accurate and reproducible thin film layer deposition and extensive plasma diagnostic investigation.
UHV magnetron sputtering system dedicated to accurate and reproducible thin film layer deposition. It is configured to allow sputtering from both magnetic and non-magnetic target materials alike.
Multi-chamber system for designed for possibility of deposition of layers of metallic, semiconducting and dielectric PLD method and deposit layers and layer structures composed of several different materials in the configuration of DIBS
UHV sputtering system dedicated to accurate and reproducible thin film layer deposition. It is configured to allow sputtering from two special design electron source.
UHV magnetron sputtering system dedicated to accurate and reproducible thin film layer deposition. It is configured to allow sputtering from both magnetic and non-magnetic target materials alike.
The UHV Deposition System including Integrated Ion-Beam Patterning, UHV Thin Film Growth Chamber and Characterization Tools with Accessories dedicated to accurate and reproducible thin film layer deposition.
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