Electron Beam Evaporators

Electron Beam Evaporators are specialized instruments used for thin film deposition through precise electron beam heating of materials. With high precision control over parameters such as power ratings and deposition thickness, they ensure accurate, repeatable processes suitable for advanced material coatings.

  2. CHA SEC 1000 RAP ELECTRON BEAM EVAPORATOR

    Electron Beam Evaporators

    CHA SEC 1000 RAP ELECTRON BEAM EVAPORATOR

    Six Pocket Ebeam Gun, (2)Resistance Sources, 6kW Heater Array, 25.5" Bell Jar, Cryo PumpedThe CHA SEC-1000-RAP high-vacuum EBeam deposition system designed for use in production and research environments.

  10. Temescal BJD-1800 Electron Beam Evaporator

    Electron Beam Evaporators

    Temescal BJD-1800 Electron Beam Evaporator

    TEMESCAL BJD-1800 Electron-Beam Evaporator

    • PLC/PC Based Control System
    • TEMESCAL Simba 2 E-Beam Power Supply
      • TEMESCAL Programmable Sweep Controller
      • TEMESCAL Six Pocket E-Beam Source with 15cc Crucible Pockets
      • TEMESCAL TRC-3460 Turret Rotation Controller
      • INFICON XTC-2 Deposition Controller
      • GRANVILLE-PHILLIPS Mini-Convectron Gauges
      • GRANVILLE-PHILLIPS Mini-Ion Gauges
      • CTI CryoTorr 8 Cryogenic Vacuum Pump
      • CTI Water Cooled Compressor
      • 18” (i.d.) Stainless Steel Chamber with Motorized Lift
        • Hinged Chamber Lid
        • Factory Shielding Set Included
        • TEMESCAL Lift-Off Fixturing for 3” & 4” Wafers – 2ea Sets Each
        • EDWARDS QDP40 Dry Vacuum Pump
        • Complete System Refurbishment Included
        • Delivery: 6-8 Weeks
        • ………….…………………………………………………………….….$110,000.00
          • Pictures on Website are Before Refurbishment

Common Applications

thin film coating

material science research

semiconductor manufacturing

optical component fabrication

precision metal deposition

Buying Guide

Electron Beam Evaporators Buying Guide

Choosing the right electron beam evaporator involves understanding your specific application needs and the material properties you aim to work with.

Consider the following factors to ensure optimal performance and compatibility with your research or production requirements:

  • Check the power rating to ensure it meets the demands of your material and desired deposition rate.
  • Confirm the compatibility of the evaporator with the types of materials you'll be using, especially their melting points.
  • Evaluate the system's precision controls for deposition thickness and rate for your application needs.
  • Ensure the evaporator provides capabilities for maintaining high purity and uniformity of the deposited films.

Frequently Asked Questions

What materials can be used in electron beam evaporators?
Electron beam evaporators can handle a variety of materials, including metals, dielectrics, and semiconductors, due to their high melting point capabilities.
How does an electron beam evaporator control deposition rates?
Deposition rates in electron beam evaporators are controlled by adjusting the power input and beam focus, allowing precise control over material evaporation.
What are the main advantages of using electron beam evaporators?
They provide high purity coatings, precise deposition control, and can handle a wide range of materials with varying melting points.
What is the typical power requirement for an electron beam evaporator?
Power requirements vary but typically range from several kilowatts, depending on the size of the material and the desired deposition rate.