F600 Series Microwave UV Curing Systems

The Fusion UV F600 Series of microwave-powered UV curing systems has been a widely used product for over 20 years. Known for its reliability and solid-performance, on-going updates ensure it remains an effective solution for a wide variety of industrial curing applications.

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The modular F600 Series includes a 10-inch irradiator (lamp module) with a power supply. These UV curing systems operate in the power class of 600 W/inch (240 W/cm). Their microwave-powered bulb operates without the metal electrodes required in conventional arc lamps, significantly increasing operating life and UV output consistency. The F600 Series comes with a microprocessor-controlled power supply with two power levels for process flexibility. These systems feature an organic light-emitting diode (OLED) display during operation for continuous status updates and instant system diagnostic information. The irradiators can be placed end-to-end to create a lamp system of almost any length, providing high uniformity for a wide range of applications.

  • Lamp bulb length: 25 cm
  • Power class: 240 W/cm (600 W/in)
  • Power settings: two levels, 160 or 240 W/cm
  • Device footprint (W x L): 206 x 267 mm
  • Includes necessary cable assemblies and RF leak detector assembly.
  • Systems can be combined to cure wider widths or complex surfaces
  • Compatible with DRS 10/12 floor standing conveyors
  • High speed production resulting from high peak irradiance
  • Easy and fast software updates via USB interface
  • Reduced downtime with easy troubleshooting – front panel displays data, EEPROM stores the last 10 faults
  • System is RoHS compliant
  • Robust and reliable operation and control, even in harsh environments, due to effective electrical isolation
  • Easier to process heat-sensitive substrates due to less IR heat from bulb
  • Popular bulb spectra available with a simple bulb change
  • Adhesive bonding
  • Automotive components
  • Converting web coatings
  • Metal decorating and coating
  • Glass decorating
  • Medical device marking and coating
  • Electronic components
  • Plastic decorating
  • Optical fiber coating