HEX Cluster

THE HEX SERIES HEX CLUSTER HEX MINI HEX UHV APPLICATIONS INSIGHTS Linkedin Youtube The HEX Series Why the HEX Series? HEX vs HEX-L vs HEX-XL HEX Steel Deposition Sources FISSION – Magnetron Sputtering TES – Thermal Boat Evaporation TAU – Electron Beam Evaporation ORCA – Low Temperature Evaporation Sample Stages Glovebox Integration Automation Software Customisations HEX Cluster HEX MINI HEX UHV HEX UHV TAU UHV Applications Thin-Film Solar Cells Optical Coatings Thin-Film Batteries Teaching and Training Reactive Sputtering Sample Preparation Lift-off ITO Coatings Insights Webinars Techniques Articles Videos Testimonials Publications About Us HEX-L Dual Cluster HEX Cluster Robotic Arm in Antechamber THE HEX SERIES PVD Cluster Systems Staying true to our philosophy of flexibility and upgradability, the HEX PVD Cluster System from Korvus allows users to begin with a single HEX-L chamber, and then connect further HEX-L chambers later on for in-vacuum transfer of samples between them. Korvus Technology’s PVD cluster system provides a solution to make the thin film deposition process more flexible, cost-effective and efficient. Our HEX PVD systems are unique in their versatility. The highly modular design prioritises customisation and flexibility for manufacturers and researchers using thin film deposition. The HEX PVD cluster system produces thin films sustainably and efficiently. With the HEX PVD cluster system, you can: Our HEX PVD systems are unique in their versatility. The highly modular design prioritises customisation and flexibility for manufacturers and researchers using thin film deposition. The HEX PVD cluster system produces thin films sustainably and efficiently. With the HEX PVD cluster system, you can: Develop multi-layers of different classes of materials Separate stages of thin film deposition processes into different chambers Expand PVD capacity with more deposition chambers, sources and tools Future proof your research KORVUS TECHNOLOGY Thin Film Deposition The HEX PVD cluster system produces thin films sustainably and efficiently. With the HEX PVD cluster system, you can: Develop multi-layers of different classes of materials Separate stages of thin film deposition processes into different chambers Expand PVD capacity with more deposition chambers, sources and tools Future proof your research Since the HEX-L system is highly modular, you can begin with a base model and upgrade as needed. Using this method eliminates unneeded downtime and installation costs. Our systems fit a variety of research and manufacturing purposes. THE HEX SERIES How Do Multi-Chamber Systems Work In The Thin Film Deposition Process? PVD cluster systems consist of three components: Vacuum Loadlocks Process Chambers A Central Robot The process begins with the introduction of the substrate via robotic transfer under vacuum. You can then treat the substrate with a pre-clean or activation layer. The main material is then deposited via any of the possible PVD techniques related to the specific material. With a multi-chamber system like the HEX-L, you can use various deposition techniques at once. The thin film is then transferred onto the substrate in an even layer. The coated samples can then be unloaded and used in a wide variety of processes. The HEX Cluster System makes the thin film deposition process more cost-efficient, timely, and effective via the use of automation, multi-wafer carriers and multi-technique depositions. KORVUS TECHNOLOGY Customise With Sources Most thin film deposition systems have limited functionality. The HEX-L system adapts to your needs. We have several deposition sources to customise the sources used in the system, including: FISSION - Magnetron Sputtering Source Designed for 2″, 3″ and 4″ diameter targets, the sputter sources are equipped with SmCo magnets and accept targets with thickness ranging from 0.5 to 6mm of non-magnetic materials and up to 1mm for magnetic materials. The most flexible source, the FISSION can be paired with DC, RF, HiPIMS, Pulsed-DC and more… Read More ORCA - Low Temperature Evaporation The ORCA organic deposition source is designed to operate between 50 and 600 C to allow sensitive organic materials to be evaporated with precise control. This source can also be used to evaporate low-temperature metals such as Lithium, and pairs well with the glovebox integration of the HEX Series. Read More TAU - Electron Beam Evaporation Our high-accuracy (sub-monolayer) mini E-beam evaporators are ideal for ultra-thin film deposition of high-temperature metals with reliable process control. Material can be evaporated from rods or material held in a crucible. Our novel design allows the material to be co-deposited from four individual pockets. Read More TES - Thermal Boat Evaporation The single thermal boat source from Kovus Technology allows for the integration of a range of thermal boats for the deposition of metals. This allows for an extremely inexpensive, very robust and effective source, the TES is also ideal for those who want to thermally evaporate standard metals. Read More KORVUS TECHNOLOGY Applications Of A PVD Cluster System Thin Film Deposition Of 2D Materials: How PVD Is Driving The Next Generation Of Materials Research Physical vapour deposition (PVD) has emerged as one of the most powerful tools for meeting that challenge. Techniques READ MORE Thin-Film Deposition For Perovskite Solar Cells: Challenges And PVD Solutions Physical vapour deposition (PVD) techniques, particularly thermal evaporation and related vacuum-based processes, offer compelling advantages for perovskite solar READ MORE Accelerating Materials Discovery: The Power Of Combinatorial PVD Sputtering Systems In Modern Research Combinatorial sputtering is a high-throughput physical vapour deposition technique that allows researchers to deposit thin films with systematically READ MORE The HEX Series of thin film deposition systems provide a unique, versatile range of deposition options for your research and implementation applications. No matter where your research takes you, the HEX Series will be by your side. At Korvus Technology we take your privacy seriously. 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