Markem Imaje 9410 Inkjet Coder

Applications & Use Cases

• Applying best-before dates and batch codes directly onto food product packaging.
• Coding individual items or primary packaging in high-speed production lines.
• Marking product information on various substrates including plastic, glass, metal, and cartons.
• Traceability coding for compliance and supply chain management in the food industry.

Typical Specifications

Coding speed

Typically capable of high-speed printing, often exceeding 300 metres per minute depending on code complexity.

Number of print lines

Commonly configured for 1 to 5 lines of text, graphics, or barcodes.

Character height

Typically adjustable, ranging from 1.2 mm to 11.2 mm for this class of equipment.

Power supply

Units of this type commonly require a single-phase electrical supply, typically 100-240V AC.

Construction material

Often features a stainless steel enclosure, suitable for washdown environments in food processing.

User interface

Typically includes an HMI touchscreen for intuitive operation and message creation.

Ink types

Compatible with a range of inks, including food-grade options, for various substrate adhesion and drying times.

Frequently Asked Questions

• What kind of maintenance do these coders require?

  Continuous inkjet coders typically require routine cleaning of the printhead and nozzle, along with periodic replacement of filters and ink/solvent cartridges. Modern units often feature automated cleaning cycles.

• Are these suitable for wet or dusty environments?

• Can these coders print barcodes or QR codes?

• What is the typical lifespan of an inkjet coder?

• How easy are these to integrate into an existing production line?