Linx - Linx - Injket Coder

Applications & Use Cases

• Applying best-before dates and batch codes to food packaging.
• Marking product information directly onto primary and secondary packaging.
• Coding individual items on high-speed production lines.
• Labelling various substrates including plastic, glass, metal, and cartons.

Typical Specifications

Typical throughput

Inkjet coders of this type typically handle line speeds up to several hundred metres per minute, depending on print resolution and message length.

Print height

Commonly, print heights range from 1.8mm to 12mm, with single or multiple lines of text.

Power supply

Units in this class commonly operate on a single-phase supply, often 110V or 230V, requiring minimal power consumption.

Connectivity

Many inkjet coders feature Ethernet or serial ports for integration with production line control systems.

Ink types

A range of ink types is typically available, including food-grade, fast-drying, and pigmented options suitable for various packaging materials.

Operating environment

These machines are generally designed for industrial environments, often with an IP rating suitable for washdown conditions.

Frequently Asked Questions

• What maintenance is typically required for an inkjet coder?

  Routine cleaning of the printhead and nozzle, along with regular fluid top-ups (ink and make-up), are generally required. Preventative maintenance schedules are typically provided by manufacturers.

• Can this type of coder print on curved surfaces?

• What is the typical lifespan of an inkjet coder?

• Is specialist training required to operate an inkjet coder?

• What are the common consumables for an inkjet coder?