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Korvus Technology
  • The HEX Series
    • Why the HEX Series?
    • HEX vs HEX-L vs HEX-XL
    • HEX Steel
    • Cluster Systems
    • 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 MINI
  • HEX UHV
    • HEX UHV
    • TAU UHV
  • Applications
    • Perovskites
    • Optical Coatings
    • Thin Film Batteries
    • Teaching and Training
    • Reactive Sputtering
    • Sample Preparation
    • Lift off
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Korvus Technology
  • The HEX Series
    • Why the HEX Series?
    • HEX vs HEX-L vs HEX-XL
    • HEX Steel
    • Cluster Systems
    • 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 MINI
  • HEX UHV
    • HEX UHV
    • TAU UHV
  • Applications
    • Perovskites
    • Optical Coatings
    • Thin Film Batteries
    • Teaching and Training
    • Reactive Sputtering
    • Sample Preparation
    • Lift off
    • ITO Coatings
  • Webinars
  • Insights
    • Articles
    • Videos
    • Testimonials
    • Publications
    • About Us
sales@korvustech.com
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Korvus Technology
  • The HEX Series
    • Why the HEX Series?
    • HEX vs HEX-L vs HEX-XL
    • HEX Steel
    • Cluster Systems
    • 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 MINI
  • HEX UHV
    • HEX UHV
    • TAU UHV
  • Applications
    • Perovskites
    • Optical Coatings
    • Thin Film Batteries
    • Teaching and Training
    • Reactive Sputtering
    • Sample Preparation
    • Lift off
    • ITO Coatings
  • Webinars
  • Insights
    • Articles
    • Videos
    • Testimonials
    • Publications
    • About Us
Contact Us
Thin Film Resistors: A Deep Dive
Thin Film Resistors: A Deep Dive

Thin Film Resistors: A Deep Dive

A myriad of components drive the electronics industry, including a
Read more
Thin Film Deposition Techniques and Systems
Thin Film Deposition Techniques and Systems

Thin Film Deposition Techniques and Systems

Thin Films are a crucial part of modern technology, from
Read more
Co-Evaporation of Materials in PVD
Co-Evaporation of Materials in PVD

Co-Evaporation of Materials in PVD

The development of physical vapour deposition (PVD) represented a truly
Read more
Applications of Thin Film Coatings in Various Fields
Applications of Thin Film Coatings in Various Fields

Applications of Thin Film Coatings in Various Fields

Thin films are amazing pieces of technology with applications in
Read more
Exploring High-Density Material Phases With Ionised PVD
Exploring High-Density Material Phases With Ionised PVD

Exploring High-Density Material Phases With Ionised PVD

Ionised PVD technology unlocks high-density material phases with immense energy,
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Enhancing PVD Processes Through Substrate Biasing Techniques
Enhancing PVD Processes Through Substrate Biasing Techniques

Enhancing PVD Processes Through Substrate Biasing Techniques

PVD, or physical vapour deposition, is a technique for applying very thin coatings to materials such as glass, metals, plastics, computer chips, and even food packaging.
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Optimising Film Uniformity With Substrate Heating in PVD
Optimising Film Uniformity With Substrate Heating in PVD

Optimising Film Uniformity With Substrate Heating in PVD

If you’re unfamiliar with physical vapour deposition (PVD), here is
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An Introduction to Electron Beam Evaporation and E-Beam Evaporators
An Introduction to Electron Beam Evaporation and E-Beam Evaporators

An Introduction to Electron Beam Evaporation and E-Beam Evaporators

Electronic beam evaporation, also known as e-beam evaporation, is one
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What Is Pulsed DC Sputtering?
What Is Pulsed DC Sputtering?

What Is Pulsed DC Sputtering?

Pulsed direct current (DC) magnetron sputtering is a physical vapour
Read more
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Korvus Technology

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.

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