Cold Cathode Gauges

Augent® OPG550
Dual Gauge for Optical Gas Analysis and Total Pressure Measurement.

Provide fast real-time leak detection, gas analysis, and process monitoring for semiconductor manufacturing and other markets.

  • High speed leak detection allows chamber leak test
  • Smart algorithm for easy integration 
  • Long life time, no filament burns, air inrush protection
  • Withstand process chemistry

Gemini® MxG5xx
Cold Cathode Gauges

Inverted Magnetron Vacuum Gauge is the workhorse for all vacuum measurement applications. Measurement range from 1×10-9 mbar to atmosphere.

  • Long lifetime in harsh environments
  • Low magnetic stray field
  • Reliable fast ignition
  • Fastest maintenance – replaceable insert

MAG470
Cold Cathode Gauges

Inverted Magnetron Vacuum Gauge is for all ultra high vacuum applications, measurement range from 5×10-11 mbar.

  • Measurement range down to 5×10-11 mbar
  • Extended version, sensor bakeout up to 250°C
  • Excellent ignition properties
  • Easy to clean

MPG40X
Cold Cathode Gauges

Inverted Magnetron Pirani Gauges, measure from 5 x 10-9 mbar to atmosphere.

  • Combination gauge – Inverted Magnetron & Pirani
  • Wide measurement range from 5 x 10-9 mbar to atmosphere
  • No filament to burn out
  • Excellent ignition properties

MAG050, MAG060, MAG070
Cold Cathode Gauges

Cold cathode passive gauge heads for VGC094 and VGC083C.

  • Reliable and proven gauge head design, based on the inverted magnetron principle
  • Large vacuum pressure measurement range capability from 1×10-11 (MAG070) to 5×10-3  mbar
  • Bakeable to 150 °C (MAG050) or 250 °C (MAG060, MAG070)
  • Good ignition properties

MAG084
Cold Cathode Gauges

The gauge head MAG084 is a unique magnetic field resistant inverted magnetron cold cathode gauge designed to operate with the Vacuum Gauge Controller VGC094. 

  • Developed to sustain operation in strong external magnetic fields
  • Reliable and proven gauge head design, based on the inverted magnetron principle
  • Innovative double ionization chamber principle
  • Bakeable to 230 °C