EFI VUTEk 32h

Step inside for:

• Versatile 3.2-meter hybrid flatbed/roll-fed printing on materials up to 2 inches (5.08 cm) thick
• Powerful EFI LED technology:
  • Meets the growing demands for higher quality with quicker turnaround times while extending your range of supported substrates, including lower cost and added-value specialty media
  • Increases uptime and productivity with instant on/off and less maintenance
  • Drives down operating costs with up to 82% less energy consumption according to a Fogra study* and fewer consumable parts
  • Reduces waste with consistent color output and simple operation
  • Satisfies customer requests for a greener print solution with low VOCs, lower power consumption, and less waste and consumables
• Resolutions of true 600 or 1000 dpi
• Eight colors plus white and multi-layer printing in a single pass
• Precision printing with UltraDrop Technology 7pL grayscale printheads
  • True multi-drop addressability
  • High apparent resolution and high-definition print quality
  • Outstanding smoothness in shadows, gradients, and transitions
  • Superb text quality with four-point text in both standard and high quality with fewer satellites and more clarity in all print modes
• Optional clear ink for spot, flood and unique applications
• Productivity up to 60 - 4 ft x8 ft (1.4 m x 2.8 m) boards per hour
• Multi-up and continuous print capabilities
• Standard multi-queue on-demand functionality for multi-job printing
• Fiery^® proServer digital front end (DFE) with FAST RIP and FAST DRIVE technology, color management, and workflow
• Bidirectional communication capability between the Fiery DFE and printer increases workflow efficiencies, job data collection, and enables seamless integration with EFI Web-to-Print and MIS/ ERP solutions with native JDF connectivity
• Enhanced Service Program (ESP) warranty for your printer and Fiery proServer hardware and software combination
  
  *EFI’s VUTEk LED printers show energy reductions of up to 82% when compared with devices with conventional mercury arc lamps. Calculations from Fogra’s Energy Efficiency Project, or “Energy Efficiency of Large and Small Format Printing Systems.”