Koenig and Bauer Alphajet Into Inkjet printer

• Applying variable data such as batch codes, expiry dates, and serial numbers directly onto product packaging.
• Printing high-resolution barcodes and 2D codes for traceability and inventory management.
• Marking a variety of substrates including plastic, glass, metal, and cardboard in food processing environments.
• Integrating into existing packaging lines for automated product identification.
• Customising packaging with promotional codes or specific product information.

Typical throughput

For this class of inkjet printer, print speeds can typically range from 1 to 300 metres per minute, depending on resolution and print content.

Power supply

Units of this type commonly operate on a single-phase electrical supply, typically 230V, 50Hz, as indicated for this unit.

Ink type

Industrial inkjet printers commonly use solvent-based inks for fast drying and adhesion to non-porous surfaces, or sometimes oil-based or UV-curable inks.

Print height

Print heights for continuous inkjet printers typically range from 0.8mm to 12mm, suitable for various coding requirements.

Operating environment

Equipment in this category is generally designed for industrial environments, with an IP rating suitable for food processing areas, often featuring stainless steel construction.

Connectivity

Modern inkjet printers commonly feature Ethernet, USB, and serial ports for integration with production line systems and remote control.

Solvent consumption

As highlighted for this unit, low solvent consumption is a key feature for this type of printer, typically around 2ml/h at 20°C for efficient operation.

• What kind of maintenance does an inkjet printer require?

  Regular maintenance typically involves cleaning the printhead, replenishing ink and solvent, and periodic checks of filters and fluid lines. The auto jet closure feature on this unit helps minimise daily cleaning.

• Can this printer handle different types of packaging materials?

• Is this unit suitable for a food production environment?

• What is the typical lifespan of an inkjet printer of this kind?

• How easy is it to integrate this printer into an existing production line?

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