Mimaki CJV330-160

Mimaki CJV330-160

High-Speed Integrated Eco-Solvent Printer/Cutter by Mimaki Engineering Co., Ltd.

Purpose

The Mimaki CJV330-160 is a flagship 1.6-metre wide integrated eco-solvent inkjet printer and contour cutter engineered for high-end graphic print providers. Powered by Mimaki's Cross-Roll Drive technology and advanced printhead architecture, the CJV330-160 delivers vibrant photo-quality output up to 1200 DPI at remarkable production speeds. Zell-em uses this machine to produce premium vehicle wraps, outdoor banners, fine-art decals, backlit displays, and precision-cut vinyl graphics.


History

Introduced as part of Mimaki’s premium 330 Series, the CJV330-160 represented a major technological step forward in eco-solvent printing. It integrated features previously restricted to industrial production printers, such as an automatic inline XY slitter and a multi-roll media changer. Zell-em deployed the CJV330-160 to elevate graphic print speeds while maintaining ultra-rich color gamuts.

Specifications

  • Max Print/Cut Width: 1610 mm (63.4")
  • Print Resolution: 600, 900, 1200 DPI
  • Ink Type: SS21 / BS4 Eco-Solvent Inks (CMYK, Light Cyan, Light Magenta, Light Black, Orange)
  • Max Printing Speed: Up to 100 m²/h (Draft mode) / 21 m²/h (Standard Quality mode)
  • Cut Velocity: Up to 300 mm/s
  • Media Changer: Built-in 3-Roll Media Feeder
  • Slitting System: Integrated In-Line XY Slitter

Functions

  • Integrated In-line XY Slitter: Sheet-fed trimming along X and Y axes directly after printing, reducing post-processing labor.
  • 3-Roll Media Feeder: Switch between three different vinyl rolls effortlessly without manual heavy lifting.
  • Mimaki Weaving Technology (MAPS4): Eliminates pass banding by spraying drop boundaries in gradated patterns.
  • Continuous Cut & Print Functionality: Reads registration marks continuously for hands-free roll-to-roll cut jobs.
  • Nozzle Recovery System (NRS): Automatically replaces clogged nozzles with healthy ones to maintain job continuity without operator intervention.