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Vacuum and Space  

Low Dissipation Loss. High radiation resistance. Optimal cleanness.

In order to keep a vacuum pure the influence of the utilized motors must be held as low as possible in order to produce neither particles nor emissions that would cloud the clear impression of the vacuum. Phytron universally masters these challenges with a range of applications in the semiconductor industry and in outer space, such as adjusting cameras and telescopes.

Stepper motor for EXTREME environment

Application Whitepaper: 'in-Vacuum automation' as PDF-Download

      • Stepper motors for extreme ambient conditions
      • Vacuum applications up to 10-11 hPa
      • Temperature range from –20 to +300 °C
      • Radiaton resistance 102 to 106 J/kg
      • Special models for clean room operation
      • Optional: gear, coupling, 2nd shaft, temperature sensor, etc.
  • Suitable for low temperatures: He (-269 °C) or N2  (-196 °C)  
  • Ultra high vacuum applications up to 10-11 mbar
  • Radiation resistance up to 106 J/kg
  • Stainless steel housing
  • Customized design: Titanium housing - Space - Reduced magnetic emission
  • Stepper motors for operation in space
  • Applicable under high shock and vibration loads
  • Temperature range depends on the application
  • Radiation resistance up to 106 J/kg
  • Customized constructions: Integrated motor gear types - titanium housing etc.
  • 15 to 30 mm in diameter
  • Bore for mounting the motor shaft: 3 to 12 mm
  • Maximum permissible torque: 0.71 to 4 Nm
  • Absolutely backlash-free
All fields of application at a glance
Mechanical Engineering      Positioning and Handling      Food and Packaging      Research      Medical Engineering      Nuclear      Climatic      Cryo      Cleanroom      Aeronautical Engineering      Space Technology      Vacuum      Particle Accelerator      Arduino      Plant Automation      Paper and Print Industry     
Phytron Inc. | Tel.: +1-802-872-1600 | Fax: +1-802-872-0311 | E-Mail: info@phytron.com