Linx - Data Coder

• Applying batch codes, dates, and other variable information directly onto products or packaging.
• Marking expiry dates and traceability codes on food and beverage items.
• Printing serial numbers and lot codes on pharmaceutical and cosmetic packaging.
• Adding branding or promotional codes to industrial components and consumer goods.

Typical throughput

Units of this type commonly achieve speeds suitable for various production lines, often ranging from several hundred to over a thousand products per minute, depending on the application and code complexity.

Print height

Commonly, print heights for continuous inkjet (CIJ) coders are between 1.8mm and 20mm, with multiple lines of text possible.

Power supply

Typically, these units operate on standard industrial single-phase power, such as 230V AC, 50Hz, drawing relatively low amperage.

Ink type

Linx coders commonly use a range of solvent-based inks, suitable for various substrates, including fast-drying, pigmented, and food-grade options.

Connectivity

Units often feature Ethernet, USB, and serial ports for integration with production line systems and data management.

Operating environment

Typically designed for industrial environments, with an IP rating suitable for dust and splash resistance, commonly IP55.

• What types of materials can a Linx Data Coder print on?

  Linx Data Coders are versatile and can typically print on a wide range of materials including plastics, glass, metals, paper, cardboard, and flexible packaging, using appropriate ink formulations.

• Is this unit suitable for high-speed production lines?

• What kind of maintenance does a used data coder typically require?

• Can this coder be integrated with existing packaging machinery?

• What is the typical lifespan of consumables for a data coder?

Used labeling machines remain reliable workhorses in food processing operations. Buyers typically prioritise machines with proven track records from established manufacturers and those requiring minimal tooling changeover. Key considerations include label application accuracy, speed capabilities, and spare parts availability. Industry sentiment favours machines in good mechanical condition with clear maintenance histories. Common strengths noted include straightforward operation, robust construction, and adaptability to various label formats and container types. Purchasing decisions often centre on total cost of ownership and compatibility with existing production lines.

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