Markem - Injket Coder

Applications & Use Cases

• Applying best-before dates and batch codes to food packaging.
• Marking product information directly onto primary and secondary packaging materials.
• Coding individual items on high-speed production lines.
• Printing traceability data for regulatory compliance in food processing.

Typical Specifications

Typical throughput

Variable, commonly capable of coding hundreds of products per minute depending on line speed and print complexity.

Print height

Typically adjustable, often ranging from 1.8mm to 12mm for single-line or multi-line codes.

Power supply

This unit is specified as single phase. For this class of equipment, a standard UK single-phase supply (e.g., 230V, 50Hz) is common.

Print resolution

Typically high-resolution for clear, legible codes, often around 70-150 DPI.

Ink types

Compatible with various ink types, including fast-drying, food-grade, and pigmented inks, depending on the application.

Connectivity

Commonly features Ethernet or USB for integration with production line systems and data management.

Operating environment

Designed for industrial environments, often with an IP rating suitable for food processing areas.

Frequently Asked Questions

• What types of surfaces can this inkjet coder mark?

  Continuous inkjet coders are highly versatile and can mark a wide range of porous and non-porous substrates, including plastics, glass, metals, paperboard, and flexible packaging films.

• What maintenance is typically required for an inkjet coder?

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

• What is the typical lifespan of an inkjet coder?

• Are spare parts and consumables readily available for Markem coders?