JFX600-2531

The JFX600-2531 is a large format flatbed UV-LED inkjet printer with 2.4 times larger print area than the JFX600-2513, while maintaining the print engine of the JFX600-2513.
It is capable of direct printing on architectural materials (glass, partitions, and plywood) with a standard size of 3 meters.

JFX600-2531 Flatbed Printer

Big-format speed and accuracy for architecture, POS and display

The Mimaki JFX600-2531 is a grand-format UV-LED flatbed printer engineered for high-throughput production and large rigid substrates — think glass, partitions, plywood and long panels up to 3.1 m in length. It expands the JFX600 family with a table sized for large architectural and display jobs while keeping the proven JFX600 print engine.

Why the JFX600-2531?

  • Extra-large print area: 2,500 × 3,100 mm (approx. 8′ × 10′) — designed to handle full-board printing and long panels for architecture and interior applications. 

  • High production speed: Engineered to complete a full board print in under a minute in production modes — suited to high-volume POP, signage and packaging panel work. 

  • LED UV curing: Fast curing with lower heat load on materials, enabling sensitive substrates and immediate finishing/handling. 

  • Versatile media support: Print directly onto glass, wood, acrylic, metal, composites and other large rigid materials commonly used in architectural and display projects. 

  • Advanced software & finishing features: Includes Mimaki’s MPC controller and support for 2.5D Texture Maker and clear/white ink modes to add tactile varnish and texture effects.

Receive Timely After-Sales Support and Maintenance

At Australian Graphic Servicing (AGS), we are dedicated to delivering exceptional equipment services and support for Mimaki UV Flatbed systems. Our team offers timely maintenance, expert troubleshooting, and access to high-quality spare parts to minimise downtime and extend the lifespan of your equipment.

Contact us today for assistance and personalised recommendations to keep your printing systems at peak performance.

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