The surface that determines durability and transfer performance.
We develop working-surface technologies for anilox rollers and sleeves, combining Cr₂O₃ ceramic layers, cross-section microstructure control and APS plasma spraying.
A stable base for precision engraving.
The ceramic working surface of anilox rollers and sleeves is prepared for operating durability, low porosity and repeatable structure after engraving. Microscopic analysis of the Cr₂O₃ layer cross-section allows us to assess its microstructure, integrity and bond quality before further machining and engraving.
Alternative solutions for demanding applications.
Our development direction includes metallic coatings and deposition technologies used to increase durability and improve transfer properties.
Ceramic coatings
A proven solution for a wide range of anilox rollers and sleeves.
Metallic coatings
A development direction based on coating deposition using high-velocity thermal-spray technologies.
Tool restoration
Removal of the worn layer, surface preparation and application of a new working coating.
Let’s select the technology for your operating conditions.
Tell us the medium, operating speed and service requirements of the anilox roller or sleeve.