UVATEC for Surface Disinfection

Compact and cost-effective UV system with CAD-optimized reflector geometry for surface disinfection of packaging materials.

  • Very high inactivation rates of micro-organisms even at irradiation times of below 0.5 s
  • Air-cooled and splash-proof housing made of stainless steel in type of protection IP65, equipped with a quartz filter at the output aperture
  • Integrated shutter system with pneumatic drive for hiding the UV lamp during machine stops
  • High-performance UV lamps with low ozone output in arc lengths from 100 to 1750 mm, manufactured in our own lamp production company
  • Specific lamp output of up to 240 W/cm
  • Compact and slim design – Continuous power control from 30 % to 100 % as well as stand-by mode when reflector is closed
  • Individual interface adaptation to production machine
  • Switch cabinet in stainless steel
  • UV boost with high peak power pulses
  • Chemical-free disinfection with UVC


  • Lamp housing in type of protection IP67
  • Dichroic reflectors for temperature reduction
  • Water-cooled reflectors
  • Breakage monitoring at quartz glass filter
  • Electric control with PLC


Pulsed Light Xenon System, made by STERIXENE, with patented low-maintenance lamp system for surface disinfection of packaging materials in Pharmaceutical and Food Industries.

  • Inactivation levels up to 6 log on most difficult microorganisms
  • High peak radiant power
  • Compact design for easy retrofit in existing machines
  • Mercury-free lamp technology
  • Water-cooled lamp and housing
  • Splash proof housing made of stainless steel to meet IP 65 standard
  • Dual lamp system operated by one power supply.
  • Instant ON / OFF without warming-up period
  • Low temperature on substrate


  • Integrated glass breakage monitoring
  • Long lifetime of more than 11 million pulses
  • Arc length of 150 mm to 400 mm
  • Stepless adjustable pulse energy
  • User friendly maintenance with patented system for quick lamp exchange
  • Lamp friendly simmer operation
  • Sensor-monitored intensity control