Linx - Injket Coder

• Applying batch codes, date codes, and other variable data to product packaging.
• Marking individual products or components with serial numbers or traceability information.
• Printing logos, barcodes, or text onto a variety of substrates including plastic, metal, glass, and paper.
• Integrating into existing production lines for automated coding and marking tasks.

Typical throughput

For this class of equipment, print speeds commonly range from a few metres per minute up to several hundred metres per minute, depending on resolution and message length.

Print height

Commonly, single-line print heights are in the range of 1.8mm to 12mm, with multi-line capabilities also available.

Number of print lines

Units of this type typically support 1 to 5 lines of print.

Substrate compatibility

Inkjet coders are generally versatile, suitable for printing on porous and non-porous materials such as plastics, metals, glass, paperboard, and flexible packaging.

Power supply

As indicated, this unit operates on single phase/110V. Many industrial inkjet coders typically require a single-phase supply, commonly 100-240V AC.

Ink types

Linx coders commonly use a range of inks including MEK-based, alcohol-based, and pigment inks, chosen based on substrate and application requirements.

Connectivity

Units of this type often feature Ethernet, USB, or serial ports for integration with other production line equipment or data management systems.

• What maintenance is typically required for an inkjet coder?

  Regular maintenance commonly involves cleaning the printhead, replacing ink and solvent cartridges, and periodic servicing of filters and other consumables. The frequency depends on usage and environment.

• Can this unit print on curved surfaces?

• What is the typical lifespan of an inkjet coder?

• Is specialist training required to operate this equipment?

• What are the common consumables for an inkjet coder?

Laboratory labelling and printing systems are valued for precision, consistency and compliance support in regulated environments. Buyers typically prioritise reliability, print quality and compatibility with existing laboratory workflows. When purchasing used equipment, condition of print heads, calibration history and maintenance records warrant careful inspection. Industry sentiment favours systems offering flexibility across label sizes and formats. Common strengths include durability, straightforward operation and good availability of replacement consumables. Integration capability with laboratory information management systems is increasingly important to buyers.

General overview for this equipment type