We use a variety of high-performance printing methods to meet the specific needs of our clients. Discover our main printing technologies below.

Offset printing

What is Offset Printing?

Offset is one of the most widely used printing processes for large print runs, such as newspapers, magazines, and certain types of packaging. It is also commonly used in the label industry, particularly for wine and spirits.

How offset printing works?

Offset printing relies on a water/ink emulsion and uses aluminum printing plates coated with photopolymer. The emulsion is transferred from the plate to a rubber blanket, which removes the water before transferring the ink to the substrate.

Advantages of offset printing

  • Ideal for large volumes
  • Multiple drying options: conventional, UV, or EB (electron-beam)
  • Perfect for folding cartons, wine, and spirits

Digital printing

What is digital printing?

Digital printing (electrophotography, water-based inkjet, UV inkjet, solvent inkjet, laser, etc.) is ideal for small and medium print runs thanks to its flexibility and minimal setup time. Because it does not require printing plates or clichés, it’s also suitable for large runs involving variable data printing.

How digital printing works?

Digital files are processed via a RIP (Raster Image Processor) and printed directly onto the substrate—no printing plates needed.

Advantages of digital printing

  • Fast setup
  • Time savings on small volumes
  • Excellent registration accuracy
  • No need for printing plates (clichés, offset plates…)
  • Perfect for personalized projects

Flexographic printing

What is flexography?

Flexography is a relief printing process, widely used in the packaging and labeling industries.

How flexographic printing works ?

This method uses flexible photopolymer plates—one plate per color. Ink is transferred from an ink tray to the plate via an anilox roller, engraved with microscopic cells that regulate ink volume.

Types of flexography

Different technologies exist depending on the inks and drying systems used:

  • Water-based flexo: For narrow-web applications such as basic label designs, using water-based inks and hot air or infrared dryers
  • UV flexo: Primarily used for pressure-sensitive labels (“narrow-web”), offering high-quality HD prints with screens up to 175 lpi. Requires UV inks and UV curing (mercury lamps or LEDs)
  • Solvent-based flexo: Mostly for wide-web packaging film printing, using solvent-based inks with VOC removal systems for drying

 Advantages of flexographic printing

  • Highly versatile
  • Excellent print quality on various substrates, including films and papers

Screen printing

 What is screen printing?

Screen printing evolved from stencil techniques and remains essential for printing on almost any type of substrate.

Screen printing configurations

  • Flatbed screen printing: Suitable for a wide range of materials—from pressure-sensitive labels to skis and sweatshirts
  • Rotary screen printing: For larger print runs in the label or textile industries

Applications of screen printing

  • Printing Braille text or tactile triangles on packaging
  • Printing raised and precise designs (tactile symbols)

Advantages of screen printing

  • Compatible with many materials (paper, glass, metal)
  • Suitable for designs requiring heavy ink coverage