Linx to debut new CIJ printer range, targeting fibre-based, flexible substrates

GERMANY – Linx Printing Technologies will launch a new continuous inkjet printer range at interpack 2026 in Düsseldorf (Hall 8B, Stand C59), alongside a preview of a new large character marking printer for porous materials such as cardboard, paper, and wood, with the company describing the CIJ series as a potential “game-changer” for coding and marking in production environments.

Mark Cooper, Senior Director of Product and Marketing at Linx, explained that interpack provides a global showcase for the packaging industry and therefore presents the ideal opportunity to share with visitors what the company believes will be a game-changer in coding and marking for busy production managers.

Expanding Capabilities for Difficult Substrates

The new CIJ series will be the centrepiece of Linx’s presence at the show. 

The range will be exhibited alongside the company’s current portfolio of laser coding machines, thermal transfer printers, and large character marking solutions. 

All of these technologies reflect Linx’s ongoing commitment to practical innovation, developing coding and marking products that make production life easier for factory personnel.

In another first at the exhibition, Linx will preview a new model for its large character marking printer range, scheduled for launch later in 2026. 

This system is designed to set new standards in the coding of text, logos, and graphics directly onto porous substrates such as cardboard, paper, and wood for industrial applications.

Laser and Thermal Transfer Options on Display

For applications requiring high precision and durability, Linx will showcase three laser coding models. 

The UVG5 is ideal for delicate mono-recyclable films and difficult-to-mark rigid plastics, delivering fast and consistent marking that can be integrated seamlessly into existing lines.

The CSL30 produces sharp codes on high-speed lines, even on challenging materials like glass and rubber, while its integrated focus technology eliminates the need for movement or adjustment during product changeovers, reducing errors. 

The fibre laser model, FSL20, achieves a very fine spot size, making it suitable for small components or products requiring high-density information, which supports traceability in pharmaceuticals, medical devices, and electronics.

Additionally, Linx will demonstrate three thermal transfer printer models designed for high-quality printing on flexible materials such as bags, pouches, labels, and flow wrap.

These systems feature a wide range of ribbons and are equipped with bi-directional stepper motors to deliver more prints per ribbon. An easy-to-use colour touch screen and simple cassette system ensure ease of set-up, operation, and rapid changeovers.

The Bottom Line

For the printing and packaging industries, Linx’s new CIJ range represents a response to the growing demand for reliable, high-speed coding on hard-to-mark fibre-based and flexible materials. 

As supply chains require greater traceability and sustainability drives the use of recyclable mono-films, the ability to print clean, permanent codes without damaging delicate substrates becomes a competitive necessity. 

For production managers, the promise of reduced downtime and simplified operation is as valuable as the print quality itself.

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