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# Korvus Technology

Manufacturer website of modular PVD systems known as the HEX

## Sitemaps

- [XML Sitemap](https://korvustech.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [Articles](https://korvustech.com/articles/) - Learn From Our Articles. Read all about the Hex Series, its benefits, how it works and the many available applications.
- [Thin Film Deposition of 2D Materials: How PVD is Driving the Next Generation of Materials Research](https://korvustech.com/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 including magnetron sputtering, electron beam evaporation, and thermal evaporation offer vacuum-based, highly controllable routes to depositing 2D and quasi-2D thin films with the purity, thickness precision, and substrate compatibility that advanced research demands.
- [Thin-Film Deposition for Perovskite Solar Cells: Challenges and PVD Solutions](https://korvustech.com/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 cell manufacturing.
- [Accelerating Materials Discovery: The Power of Combinatorial PVD Sputtering Systems in Modern Research](https://korvustech.com/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 varied compositions, thicknesses, or processing parameters across a single substrate.
- [An Introduction to Electron Beam Evaporation and E-Beam Evaporators](https://korvustech.com/electron-beam-evaporation-explained/) - Electron beam evaporation, also known as e-beam evaporation, is one of the four main forms of physical vapour deposition (PVD).
- [The Role of Vacuum Pressure in PVD Quality](https://korvustech.com/the-role-of-vacuum-pressure-in-pvd-quality/) - At the heart of successful PVD processes lies a critical parameter that fundamentally influences coating quality: vacuum pressure.
- [Understanding Substrate Preparation for PVD Coating](https://korvustech.com/understanding-substrate-preparation-for-pvd-coating/) - Physical Vapour Deposition (PVD) has become an indispensable coating technology across numerous industries...
- [Common PVD Coating Defects and How to Prevent Them](https://korvustech.com/common-pvd-coating-defects-and-how-to-prevent-them/) - Physical Vapor Deposition (PVD) is a critical thin-film coating technology widely used in...
- [Applications of Thin Film Coatings in Various Fields](https://korvustech.com/thin-film-applications/) - Thin Film Coatings play a role in many of the creature comforts we’ve come to rely on in our everyday life from the mirror in your bathroom to a mobile phone.
- [What Is RF Sputtering? The Process and Applications Explained](https://korvustech.com/rf-sputtering/) - RF Sputtering means “to spit out noisily” and is a coating process in which the target surface receives a thin film of sputtered or accelerated metal ions.
- [Physical Vapour Deposition for Electrical Contacts](https://korvustech.com/pvd-for-electrical-contacts/) - In a nutshell, producing a PVD for electrical contacts involves depositing thin films of metals onto target materials using a vacuum chamber.
- [What Is Pulsed DC Sputtering?](https://korvustech.com/pulsed-dc-sputtering/) - Pulsed DC sputtering is a physical vapour deposition technique of the early 2000s that today is commonly used to deposit smooth, ultra-dense metallic coatings.
- [Optimising Film Uniformity With Substrate Heating in PVD](https://korvustech.com/substrate-heating-pvd-film-uniformity/) - Substrate heating in PVD. High temperatures favour the rapid formation of defect-free crystals, while low temperatures result in amorphous structures.
- [Enhancing PVD Processes Through Substrate Biasing Techniques](https://korvustech.com/substrate-biasing-in-pvd/) - Substrate Biasing Techniques do require some extra preparation time; however, if you require a perfectly clean substrate, it is well worth the effort.
- [Exploring High-Density Material Phases With Ionised PVD](https://korvustech.com/ionised-pvd-high-density-material-phases/) - Using Ionised Physical Vapour Deposition, the manufacturer can vaporise aluminium and apply a very thin coat of the metal to the inside of the packaging.
- [Co-Evaporation of Materials in PVD](https://korvustech.com/co-evaporation-of-materials-in-pvd/) - Co-evaporation of materials in PVD goes a step beyond this technology, applying more than one coating material to a substrate at a time.
- [Thin Film Deposition Techniques and Systems](https://korvustech.com/thin-film-deposition/) - Thin Film Deposition Techniques and Systems,
- [Thin Film Resistors: A Deep Dive](https://korvustech.com/thin-film-resistor/) - A thin film resistor can be manufactured in miniscule sizes and to extremely exacting specifications, making it a ubiquitous part in electronic devices.
- [The Process and Applications of Transparent Oxide Deposition](https://korvustech.com/transparent-oxide-deposition/) - Transparent oxide deposition is a key component in manufacturing modern optoelectronic devices, such as touch screens, photovoltaics, and smart windows.
- [Battery Manufacturing With Advanced Cluster Systems](https://korvustech.com/battery-manufacturing-advanced-cluster-systems/) - Battery manufacturing using a cluster system is a viable solution for this issue. This cell manufacturing process uses sustainable cluster system methods.
- [How PVD Cluster Systems Ensure Optimal R&D Output](https://korvustech.com/reducing-contamination-with-cluster-systems-output/) - Ensure Optimal R&D Output with a PVD Cluster Systemsby minimising contamination in material processing is crucial as it ensures your samples are free of oxides
- [Semiconductor Manufacturing With PVD Cluster Systems](https://korvustech.com/semiconductor-production-cluster-systems/) - Semiconductor Manufacturing With a PVD Cluster Systems can resolve many of the problems, allowing manufacturing industries to meet the growing demand.
- [Evaporation vs Sputtering: Choosing the Right PVD Method](https://korvustech.com/evaporation-vs-sputtering/) - Learn more about the differences between sputter systems and evaporation in the PVD process to help choose between evaporation vs sputtering for an application.
- [Low-Temperature Thermal Evaporation of Organic Materials](https://korvustech.com/low-temperature-evaporation/) - Thermal Evaporation of Organic Materials This low temperature in the source allows for temperature-sensitive materials to be deposited effectively and safely.
- [Vacuum Deposition Coating: Thin Film Vacuum Coating](https://korvustech.com/vacuum-deposition-coating/) - When we talk about vacuum deposition coating, we are referring to a process of coating a substrate with a thin layer of a material through a vacuum environment.
- [Exploring Ceramic Thin Films:](https://korvustech.com/exploring-ceramic-thin-films/) - Ceramic Thin Films are a class of material proven to be advanced and versatile in the way they can be harnessed to create new and exciting possibilities.
- [Thin Film Thickness: Measurement, Importance, and Control](https://korvustech.com/thin-film-thickness/) - Thin Film Thickness Measurement Controls the thickness of the material application and can affect its thermal, electrical, mechanical, and optical properties.
- [The Role of Vacuum Deposition in Nanotechnology](https://korvustech.com/vacuum-deposition-in-nanotechnology/) - The relationship between nanotechnology and vacuum deposition goes both ways, researchers have begun using nanotechnology to aid the vacuum deposition process.
- [How Silicon Carbide Thin Films Are Revolutionising Power Electronics](https://korvustech.com/silicon-carbide-thin-films/) - Silicon Carbide Thin Films are formed by chemical vapour deposition. This allows for the deposition of thin films of SiC onto a substrate at a controlled rate.
- [The Revolution of PVD Systems in Thin Film Semiconductor Production](https://korvustech.com/thin-film-semiconductor/) - In simple terms, a thin-film semiconductor is composed of a thin layer of semiconductor material that is deposited onto a substrate, made of glass or silicon.
- [Shaping Light With Deposition: An Introduction to Optical Thin Films](https://korvustech.com/optical-thin-films/) - Optical Thin Films enhance the strength and reflective capabilities of many everyday products, including windows, eyeglasses, and camera lenses.
- [E-Beam Evaporation of Aluminium](https://korvustech.com/e-beam-evaporation-of-aluminium/) - E-Beam Evaporation of Aluminium is relatively straightforward.. First, you need a substrate, a electron-beam emitter, and a coaxial powder-feeding nozzle.
- [An Introduction to hiPIMS Technology](https://korvustech.com/hipims/) - HiPIMS Technology, Unlike other seemingly disruptive technologies, can be applied to conventional sputtering processes with minimal modifications required.
- [Exploring the Process and Applications of Gold Sputtering](https://korvustech.com/gold-sputtering/) - Gold sputtering is a method for adding a thin layer of gold to various surfaces, such as circuit boards, metal jewellery, or medical implants, through (PVD).
- [Thin Film Deposition in the Aerospace Industry](https://korvustech.com/thin-film-deposition-in-aerospace/) - Thin Film Deposition, In short, is the process of creating and depositing a thin layer of material — between a few nanometres and 100 micrometres in thickness.
- [PVD in the Development of Solid-State Thin-Film Batteries](https://korvustech.com/thin-film-batteries/) - Thin Film Batteries deposition in the aerospace industry is useful for many materials that resist rust, erosion, radiation, dust, and other contaminants
- [The Difference Between Crystalline and Thin Film Solar Panels Explained](https://korvustech.com/crystalline-vs-thin-film-solar-panels/) - Crystalline and Thin Film Solar Panels can be grouped into two categories, monocrystalline solar cells and polycrystalline cells which rely on thin layers.
- [Sputtering: What is it and how does sputter deposition work?](https://korvustech.com/sputtering/) - This overview on Sputtering covers the basics of the sputter deposition method and its advantages compared to other deposition methods.
- [PVD vs CVD: 8 Important Things to Consider](https://korvustech.com/pvd-vs-cvd/) - PVD vs CVD coating processes differ in how well they coat the substrate. PVD does not perform as well on the sides and back of the coating substrate.
- [Ion Beam Sputtering: How Does It Work?](https://korvustech.com/ion-beam-sputtering/) - Ion Beam Sputtering is an essential process for many organisations because it allows for a high level of customisation and imparts many valuable film properties
- [Anti-Reflective Coating Explained](https://korvustech.com/anti-reflective-coating/) - Anti-Reflective Coating splits light waves into two reflections. This creates interference, causing the light waves to cancel each other partially or entirely.
- [IBAD: Ion-Beam-Assisted Deposition and How It Works](https://korvustech.com/ibad-ion-beam-assisted-deposition/) - Ibad Ion Beam Assisted Deposition, or ion-assisted deposition, is a thin-film deposition method involving ion bombardment and physical vapour deposition (PVD).
- [Thin-Film Interference Explained](https://korvustech.com/thin-film-interference/) - Thin-film interference also supports the view that light can behave as a wave. In this article, the thin-film team at Korvus Technology explains this phenomenon
- [Thin Film Solar Cells and Solar Panels](https://korvustech.com/thin-film-solar-cells-and-solar-panels/) - Thin film solar cells used materials offer reduced ecological impacts when considering all manufacturing stages compared to crystalline silicon panels.
- [What Is a Thin-Film Circuit Board?](https://korvustech.com/thin-film-circuit-board/) - A Thin-Film Circuit Board, also called flexible printed circuit boards (PCBs), house electronic components within layers of conductive and insulating materials.
- [What Is DC Sputtering? An Overview](https://korvustech.com/what-is-dc-sputtering-an-overview/) - DC sputtering, or direct current sputtering, is a thin film physical vapour deposition coating technique that uses a direct current as a power source.
- [Thin Film Transistor: Definition, Structure, and More](https://korvustech.com/thin-film-transistor/) - Thin-Film Transistors play an important role in the digital display industry. You may be reading this on a screen that uses thin-film transistor tech.
- [Pulsed Laser Deposition Process of Thin Films: An Overview](https://korvustech.com/pulsed-laser-deposition-process/) - Pulsed Laser Deposition (PLD) is classified as a physical vapour deposition technique and is commonly used in surface science bby using a high-power laser beam.
- [Magnetron Sputtering Systems and How Sputter Deposition Works](https://korvustech.com/magnetron-sputtering/) - Magnetron Sputtering is a technique used for thin film deposition, an effective process for materials science applications, including coating microelectronics.
- [Thin Film Deposition By Thermal Evaporation Systems](https://korvustech.com/thermal-deposition/) - Thermal evaporation is a physical vapour deposition method. This basic form of PVD involves the use of heating at high temperatures in a high vacuum chamber.
- [Electron Beam Evaporation Applications and How They Work](https://korvustech.com/electron-beam-evaporation-applications/) - This guide looks at electron beam evaporation applications, one of the most effective forms of physical vapour deposition, and what this method entails.
- [What Is PVD Coating? Physical Vapour Deposition Explained](https://korvustech.com/what-is-pvd-coating/) - PVD coating, also known as thin-film coating, uses a vacuum chamber to vaporise a solid material and deposit it onto a target substrate, atom by atom.
- [The Uses of Thin Film Coating in the Medical Industry](https://korvustech.com/thin-film-in-medical-industry/) - Thin film coatings have applications across a multitude of industries,...

## Pages

- [Home](https://korvustech.com/) - The HEX Series of Modular PVD Systems for thin film deposition provide a versatile range of deposition options for your research and implementation applications
- [Webinars](https://korvustech.com/pvd-webinars/) - KORVUS TECHNOLOGY Webinars Korvus Technology’s experts host regular free webinars to ensure all our PVD System users are kept up-to-date. Topics span from information about our new products, to the physics of PVD processes, or even guest webinars with other scientific instrumentation companies.Viewers will have the opportunity to ask questions to technical experts from fields
- [About Us](https://korvustech.com/about-us/) - About Us March 2015Korvus Technology is founded2015Launch of HEX PVD System2017Release of HEX-L2020Acquisition by Judges Scientific PLC2024Expansion to New Facility in High Wycombe, UK2024Development of HEX-XL System2025Release of HEX Mini2025Buckinghamshire Business Awards 2025 Winner - Growth Business of the Year2025Updated Logo Senior Leadership Team Dr. Bryan StuartEngineering & R&D Director‘Bryan has over 10 years of
- [What Is Sputtering?](https://korvustech.com/sputtering-explained/) - What is Sputtering? Sputtering is one of the most widely used physical vapour deposition (PVD) techniques for producing thin films, from optical coatings on lenses to metal contacts on semiconductor devices. It is valued for producing dense, well-adhered films across a very broad range of materials, including metals, alloys and compounds such as oxides and
- [What Is Thermal Evaporation?](https://korvustech.com/thermal-evaporation-explained/) - What is Thermal Evaporation? THE HEX SERIES Thermal evaporation, sometimes called resistive or boat evaporation, is one of the simplest and most established physical vapour deposition (PVD) techniques. It is widely used in research and teaching labs for depositing thin metal films, thanks to its low cost, simplicity and reliability. THE HEX SERIES How does
- [What Is Electron Beam (E-Beam) Evaporation?](https://korvustech.com/e-beam-evaporation-explained/) - What is Electron Beam (E-Beam) evaporation? Electron beam (e-beam) evaporation is a physical vapour deposition (PVD) technique that uses a focused beam of high-energy electrons to vaporise a source material. It is particularly valued for its ability to deposit high melting point materials with excellent purity and precise control, making it a popular choice for
- [HEX UHV](https://korvustech.com/uhv-pvd-system/) - HEX UHV World's Most Modular UHV System Register your interest
- [Sample Stages](https://korvustech.com/pvd-sample-stages/) - Sample Stages By admin Comments off 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 By admin Comments off Thin-Film Deposition for Perovskite Solar Cells: Challenges and PVD
- [PVD Glovebox Integration](https://korvustech.com/glovebox-pvd-system/) - PVD Glovebox Integration is crucial when working with air-sensitive materials. The HEX Series will allows this to be done differently to conventional PVD system
- [TAU - Electron Beam Evaporation](https://korvustech.com/e-beam-evaporation/) - The TAU Electron Beam Evaporation source is a ‘mini’ source, meaning that it doesn’t use the beam-bending magnets found in other, larger products on the market.
- [HEX vs HEX-L vs HEX-XL](https://korvustech.com/highly-modular-pvd-system/) - The HEX Series Download Brochure THE HEX SERIES The open frame design of our systems is the bedrock upon which the flexibility of the HEX series is built. No matter what your application, or where your research may go, the HEX series can be easily adjusted or reconfigured to suit. HEX HEX-L HEX-XL HEX Benchtop
- [The HEX Series](https://korvustech.com/thin-film-deposition-systems/) - The HEX Series offers a unique level of modularity for a thin film deposition system, which can be modified easily to suit the application.
- [PVD Cluster Systems](https://korvustech.com/pvd-cluster-systems-2/) - The HEX Cluster PVD cluster system allows all the standard modularity benefits of the HEX series in a cluster design, offering inmatched flexibility.
- [TAU UHV](https://korvustech.com/uhv-e-beam/) - TAU UHV 4 Pocket Mini E Beam Evaporator 4 Pocket Mini Electron-Beam Source Sequential or Co-Evaporation Flux Monitoring Electrodes Water-Cooled From CF63 Mounting Flange 250C Bakeout Temperature Up to 800mm Length The TAU UHV is a UHV-compatible four-pocket electron-beam evaporationsource for thin-film deposition. The TAU UHV is the UHV version of our proprietary source.Configurable to
- [HEX MINI](https://korvustech.com/compact-desktop-pvd-coater/) - HEX Mini Download Brochure THE HEX MINI Single Source Desktop PVD Coater The HEX Mini is Korvus Technology’s compact, entry-level PVD (physical vapour deposition) system for the production of thin films. Applications include optical coatings, sample preparation for SEM/TEM and electrical contacts.A “plug-and-play” deposition system with quick setup times, HEX Mini offers researchers in materials
- [Testimonials](https://korvustech.com/pvd-testimonials/) - Testimonials Korvus Technology What our Customers Say About Us Imperial College London Royce Deposition Lab This facility purchased a HEX system with FISSION sources for metal sputtering and a HEX-L system with FISSION sources for metal oxide sputtering in 2016. These testimonials were given in 2023. We can put a lot of different materials through
- [Applications](https://korvustech.com/applications/) - Applications THE HEX SERIES System Applications Due to the versatility and flexibility of the HEX series, the systems are ideal for many research and training applications. The modular design allows the system to be reconfigured in minutes and ensures that it can be used for a variety of deposition applications with minimum effort. Thin film
- [Teaching and Training](https://korvustech.com/pvd-teaching-and-training/) - Teaching and Training THE HEX SERIES Thin Film Training The HEX series has been developed with student training in mind. Its modular construction allows various key elements to be exposed, discussed and interacted with, enabling student laboratories to fully explore the mechanical, material and growth elements of thin film research and nanomaterials.The HEX’s ability to
- [Deposition Sources](https://korvustech.com/pvd-deposition-sources/) - PVD Deposition Sources THE HEX SERIES Sources for Any Application In Physical Vapor Deposition (PVD), different deposition sources (e.g., evaporation, sputtering, e-beam, etc.) are used because each source type offers distinct advantages and characteristics that make it suitable for specific materials, substrates, and application requirements.Evaporation sources heat a material until it turns into vapour, which
- [PVD Systems](https://korvustech.com/pvd-systems/) - Highly Modular PVD Systems THE HEX SERIES PVD Systems for Any Application PVD stands for Physical Vapor Deposition, a vacuum coating process used to deposit thin films of material onto a surface.In PVD, solid material is vaporised in a vacuum chamber and then condensed onto a substrate, creating a thin, durable coating typically just a
- [Reactive Sputtering](https://korvustech.com/reactive-sputtering-pvd/) - Reactive Sputtering THE HEX SERIES Simple Metals to Complex Compounds Through sputtering, many different films can be generated from simple metals to complex compounds using elemental or compound targets. Often, when making a compound film, the resultant film stoichiometry (ratio of elements) deposited can differ from the target used due to process limitations. During the
- [Lift-off](https://korvustech.com/lift-off/) - Lift-off THE HEX SERIES Patterned thin films on surfaces In the production of micro- and nano-fabricated devices, thin films must be deposited in a specific repeating pattern. If this pattern is millimetre-sized or larger, a physical mask, typically fabricated from steel or another inexpensive and easily machined metal, can be placed over the sample to
- [Optical Coatings](https://korvustech.com/optical-pvd-coatings/) - Optical Coatings THE HEX SERIES Optical Thin Films The buildup of thin films onto a substrate can vastly change its interaction with light. Optical coatings are used to modify the transmission, reflection or polarisation properties of a given sample to better fit the demands of its intended application. Physical vapour deposition (PVD) techniques are the backbone
- [Compact PVD System](https://korvustech.com/compact-pvd-system/) - The HEX Series - Compact PVD Systems THE HEX SERIES Precision Coating Technology in a Space-Efficient Design Space-Efficient EngineeringOur compact design reduces the footprint by up to 40% compared to traditional PVD systems, making it ideal for laboratories and facilities with limited space. Despite its smaller size, the system maintains full deposition capability and process
- [The HEX Benchtop PVD System](https://korvustech.com/benchtop-coating-system/) - Discover A Unique Benchtop and Compact Coating System Korvus Technology offer two options for benchtop coating systems.The HEX Mini, available in either DC sputtering or Thermal Evaporation models, or the HEX deposition system, a larger unit which is capable of accomodating up to three deposition sources and a QCM. Korvus Technology Expand Your Range of
- [HEX Steel](https://korvustech.com/steel-pvd-system/) - The HEX Steel thin film deposition system is a steel version of the standard aluminium HEX chamber, offerings the same modularity but with different properties.
- [ITO Coatings](https://korvustech.com/ito-pvd-coatings/) - TCO and ITO Coatings THE HEX SERIES Transparent Conducting Oxides and Indium Tin Oxide Many day-to-day items rely on transparent, conductive coatings to operate from windshields to touch screens. Glass in its pure form is not a great conductor of either heat or electricity and so for certain applications, a thin layer of material is
- [Sample Preparation](https://korvustech.com/sample-preparation-pvd/) - Sample Preparation THE HEX SERIES Thin film on substrate for analysis In microscopy, so called electron microscopes, are used to offer resolutions and magnifications far higher than traditional optical microscopes due to the inherent short wavelengths’ electrons offer compared to photons of visible light.A key prerequisite to using an electron microscope is the development of
- [Thin-Film Batteries](https://korvustech.com/thin-film-batteries/) - Thin Film Batteries THE HEX SERIES Thin Film Battery Construction Battery research is a key area for many areas of today’s academia, with the hope that we can produce batteries at increasing low-costs and sizes, longer lifetimes, but while keeping their environmental impact to a minimum. One of these avenues for battery research is the
- [Thin-Film Solar Cells](https://korvustech.com/thin-film-solar-cells/) - Thin-Film Solar Cells THE HEX SERIES Thin-Film Technologies for Solar Cells Despite having dominated the solar-cell market since its beginning, crystalline Si solar cells are now being challenged by maturing thin-film technologies that offer cheaper alternatives at ever-improving efficiencies. Three of the main thin-film technologies disrupting the industry are:PerovskitesCadmium Telluride (CdTe)Copper Indium Gallium Diselenide (CIGS)All
- [Customisations](https://korvustech.com/customised-pvd-system/) - Customisations KORVUS TECHNOLOGY Seemless Integration of third-party instruments - An unrivalled ability to be customised HEX series panels are easily changed, allowing for the modification of the vacuum chamber. This unique feature enables easy addition of any instrument after initial system purchase, eliminating costly design work, engineer visits, and system downtime.The options available include: High
- [Automation Software](https://korvustech.com/instruments-and-software/) - Automation Software Instruments & Software Niobium Software The custom software supplied with the HEX range enables full recipe control and allows multiple users to create complex deposition runs in a matter of minutes.The modular software is designed to control and automate the use of all Korvus deposition sources, systems and processes, and allows for seamless
- [ORCA - Low Temperature Evaporation](https://korvustech.com/organic-thermal-evaporation/) - The ORCA Low Temperature Evaporation source is designed to achieve precise temperature control through a unique combination of active cooling and heating.
- [TES - Thermal Boat Evaporation](https://korvustech.com/pvd-thermal-evaporation/) - The TES Thermal Boat Evaporation sources allow quick removal of the sources to allow replenishment of the material. Boats and filaments can easily be replaced.
- [FISSION - Magnetron Sputtering](https://korvustech.com/magnetron-sputtering-system/) - Magnetron Sputtering allows the sputtering process for a wide range of deposition materials, including metals, magnetic materials, insulators, & semiconductors.
- [Remote plasma sputtering- a novel PVD method](https://korvustech.com/remote-plasma-sputtering-a-novel-pvd-method/) - Upcoming Webinars Remote plasma sputtering- a novel PVD method Korvus Technology & Plasma Quest joint webinar IntroductionOne of the unique selling points of Korvus Technology’s “HEX Series” of PVD systems is that customers can integrate any third-party components on standard vacuum flanges at any point after initial purchase of the system.Korvus Technology are excited to
- [Advancements in Physical Vapour Deposition (PVD) for Battery Research](https://korvustech.com/advancements-in-physical-vapour-deposition-pvd-for-battery-research/) - Physical Vapour Deposition (PVD) for Battery Research is used for depositing nanometers-to-microns of materials to produce functional layer surface properties.
- [Desktop Coater](https://korvustech.com/desktop-coater/) - Desktop Coater The HEX Mini Find out more The HEX Mini is a compact, entry-level desktop PVD coater designed for the deposition of metals and simple materials across a 2’’ wafer. It has an easy-access hinged lid for material and sample loading as well as a simple plug-and-play design and a touchscreen HMI. Its sleek,
- [Videos](https://korvustech.com/pvd-videos/) - Videos KORVUS TECHNOLOGY Thin Film Deposition Explained Learn from our animated ‘explained’ series of the different types of deposition possible with the HEX, along with the future possibilities of PVD research through our system.NOTE- please enable cookies to see these “explainer” videos, as they are embedded from our YouTube channel.For a general introduction to PVD
- [Thank you](https://korvustech.com/thank-you/) - Thank You for Getting in Touch. One of our PVD experts will be back in touch very soon to discuss your requirment, however, if your request is urgent, please contact us by phone or email. Call Us On : +44 1280 852096 Email Address: sales@korvustech.com Youtube Linkedin
- [Contact Us](https://korvustech.com/contact-us/) - Korvus Technology sell the HEX series , for help with our range of deposition equipment in your country please contact the relevant representative shown below.
- [Sputtering in PVD](https://korvustech.com/sputtering-in-pvd/) - Sputtering in (PVD) method of depositing thin films by sputtering material from a ‘target’, then depositing it onto a ‘substrate’.
- [Nanoparticle Sources in PVD](https://korvustech.com/nanoparticle-sources-in-pvd/) - On Demand Webinar Nanoparticle Sources in PVD Theris Nanotechnology and Korvus Technology Crossover Webinar One of the unique selling points of Korvus Technology’s “HEX Series” of PVD systems is that customers can integrate any third-party components on standard vacuum flanges at any point after initial purchase of the system. A key new and exciting example
- [PVD and Plasma Diagnostics in the Semiconductor Industry](https://korvustech.com/pvd-and-plasma-diagnostics-in-the-semiconductor-industry/) - Join this webinar about PVD & Plasma Diagnostics in the Semiconductor Industry. and how running plasma diagnostics in conjunction with PVD can help users in R&D
- [Latest Developments of the HEX Series](https://korvustech.com/latest-developments-of-the-hex-series/) - This webinar will be of interest to potential customers and existing customers, because all future upgrades can easily be fitted to existing HEX systems
- [HEX Online User Meeting](https://korvustech.com/hex-online-user-meeting/) - On-Demand Webinar HEX Online User Meeting Join the Korvus team and two invited speakers to learn the key fundamentals of the HEX. The meeting will consist of two presentations from existing users on their applications and experiences, each of which will be followed by a detailed Q&A session. Afterwards, there will be a training presentation
- [Physics of Thin-film Deposition](https://korvustech.com/physics-of-thin-film-deposition/) - They have historically been used to design optical cavities, coatings for SEM and give materials useful cosmetic or practical properties.
- [New Developments of the HEX Series](https://korvustech.com/new-developments-of-the-hex-series/) - New Developments of the HEX Series- HEX-L Dual Cluster, HEX-XL and Custom Third-Party Systems Korvus Technology manufacture modular thin film deposition systems
- [Privacy Policy](https://korvustech.com/privacy-policy/) - Korvus Technology is committed to protecting your privacy. This privacy statement sets out how we use and protect any personal data that you provide to us, or that we collect from you. Our policy is designed to ensure that Korvus Technology complies with the General Data Protection Regulation (GDPR) and the Data Protection Act 2018.How
- [Compact, Highly Modular PVD and Cluster Systems](https://korvustech.com/compact-highly-modular-pvd-and-cluster-systems/) - On-Demand Webinar Compact, Highly Modular PVD and Cluster Systems In this webinar we will cover the following topics: Introduction to Korvus Technology2. Comparison versus traditional PVD systems3. System design4. HEX, HEX-L and HEX-L Cluster Systems5. Configurations6. Sample tables7. Sources8. Third party add ons (Langmuir Probe & HIPIMs)9. Accessories10. Key users11. Q&A session with our product
- [Sales Terms & Conditions](https://korvustech.com/sales-terms-and-conditions/) - KORVUS TECHNOLOGY LTD – TERMS AND CONDITIONS OF QUOTATION AND SALE FOR GOODS AND SERVICES1 INTERPRETATION1.1 In these terms (“Terms”):“AO” means the acknowledgement of order form (if any) issued by the Seller to the Buyer;“Applicable Warranty Period” means, (a) in relation to any Goods manufactured by the Seller , the warranty period applicable to those
- [Cookie Policy](https://korvustech.com/cookie-policy/) - Our sites use a number of different cookies. Below we explain the cookies we use and why we use them.What is a cookie?A cookie is a small text file that may be placed on your device when you visit our sites. When you next visit our sites the cookie allows us to distinguish you from
- [The HEX Magnetron Sputtering System](https://korvustech.com/sputtering-system/) - Looking for solutions for other applications? The HEX series supports a wide range of sputtering deposition methods, including thermal evaporation and electron beam evaporation. Learn more about the TAU e-beam evaporation system and the TES thermal evaporation system. Learn About the Process Behind Our: Sputter Deposition Systems The HEX thin film deposition system supports multiple applications of
- [The HEX PVD Coating Machine](https://korvustech.com/pvd-coating-machine/) - KORVUS TECHNOLOGY The Right HEX Series PVD Machine for Your Needs Having trouble deciding between our HEX Series PVD coating machines for your production line? Below, we’ll take a look at each of our HEX Series systems, which include the HEX, the HEX-L, and the HEX-XL, to help you choose the right machine for your

## My Templates

- [Default Kit](https://korvustech.com/?elementor_library=default-kit)
- [HEX MINI-T](https://korvustech.com/?elementor_library=hex-mini-t) - Mini-T Turbopumped Thermal Evaporation System Maximum Sample Size Diameter: 2" (50mm) Source: TES Thermal Evaporator Power Supply: 720W, 72A / 10V Base Pressure:
- [HEX MINI-S](https://korvustech.com/?elementor_library=hex-mini-s) - Mini-S Turbopumped DC Sputter System Maximum Sample Size (Diameter): 2" (50mm) Source: DC Sputtering Magnetron Sputter Size (Diameter): 2" Power Supply: 208W, 650V / 0.32A Base Pressure:
- [HEX](https://korvustech.com/?elementor_library=hex) - HEX Benchtop or rack-mounted compact system Maximum Sample Size Diameter: 4" (100mm) Deposition Sources: Up to 3 Magnetron Sputter Size (Diameter): 2" Chamber Volume: 12 L - (24 L When Stacked) Base Pressure: 5×10-7 mbar* *Ultimate base pressure is on factory tested systems. Subsequent base pressure depends on a variety of factors such as chamber
- [HEX-XL](https://korvustech.com/?elementor_library=hex-xl) - HEX-XL Larger mobile base-stand-mounted system Maximum Sample Size Diameter: up to 12" (300mm) Deposition Sources: Up to 6 Magnetron Sputter Size (Diameter): 3" or 4" Chamber Volume: 86 L - (172 L When Stacked) Base Pressure:
- [HEX-L](https://korvustech.com/?elementor_library=hex-l) - HEX-L Mobile base-stand-mounted system Maximum Sample Size Diameter: 6" (150mm) Deposition Sources: Up to 6 Magnetron Sputter Size (Diameter): 2" or 3" Chamber Volume: 50L - (100L When Stacked) Base Pressure:
- [The Events Calendar - Starter](https://korvustech.com/?elementor_library=the-events-calendar-starter)
- [Default Kit](https://korvustech.com/?elementor_library=default-kit-2)
- [Default Kit](https://korvustech.com/?elementor_library=default-kit-2-2)
- [Default Kit](https://korvustech.com/?elementor_library=default-kit-2-3)
- [Default Kit](https://korvustech.com/?elementor_library=default-kit-2-2-2)

## Parts - Header Top

- [Arotech Header Style1](https://korvustech.com/header-top/arotech-header-style/) - Designed and Manufactured in the United Kingdom | sales@korvustech.com 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
- [Arotech Sticky Header](https://korvustech.com/header-top/arotech-sticky-header/) - 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
- [Header Mobile](https://korvustech.com/header-top/header-mobile/) - 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

## Parts - Footer

- [Arotech Footer Style1](https://korvustech.com/footer/arotech/) - 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. Data Protection At Korvus Technology we take your privacy seriously. Sales Terms & Conditions Privacy Policy Cookie Policy

## Parts - Page Title

- [Page Title](https://korvustech.com/page-title/page-title/) - Page Title HomePage Title

## Categories

- [Articles](https://korvustech.com/category/articles/) - Discover the latest news and articles about PVD Systems and associated applications and techniques.