Linx - 5900 Inkjet Printer

Applications & Use Cases

• Applying best-before dates and batch codes to individual food products.
• Printing variable data onto primary and secondary food packaging.
• Marking product information on a variety of substrates, including plastic, glass, and metal.
• Integrating into existing production lines for automated coding and labelling.
• Ensuring traceability and compliance with food safety regulations.

Typical Specifications

Typical print speed

Units of this class commonly offer print speeds suitable for high-volume production lines, often up to several hundred metres per minute, depending on resolution and message length.

Power supply

Typically operates on a standard industrial single-phase supply, commonly 230V AC, 50Hz, with specific power consumption varying by model.

Print height

Commonly features adjustable print heights, typically ranging from 1mm to 12mm for single-line or multi-line codes.

Connectivity

Often includes Ethernet, USB, and serial ports for integration with factory systems and external devices.

Operating environment

Designed for industrial environments, typically with an IP rating suitable for food processing areas, often IP54 or higher.

Ink types

Compatible with a range of inks, including food-grade, fast-drying, and high-adhesion options for various substrates.

Frequently Asked Questions

• What kind of maintenance does a continuous inkjet printer typically require?

  Routine maintenance for this class of printer generally involves cleaning the printhead, replenishing ink and make-up fluid, and periodic filter changes. Specific schedules will depend on usage and manufacturer guidelines.

• Can this printer be integrated into an existing production line?

• What types of materials can this unit print on?

• Is specialist training required to operate this equipment?

• What is the typical lifespan of an inkjet printer in a food processing environment?