Digital Printing Ink Department
A high-performance eco-friendly ink that completely solves the limitations of weather and light resistance unresolved by conventional oil-based, water-based, or UV inks.
Made with PFAS- and FDA-compliant materials, it is applicable to architectural in/exterior materials, food packaging, textiles, and paper printing.
Department Features
As a nano-dispersion pigment technology for Cerazan POS-hybrid resin, we developed eco-friendly high-performance digital printing ink.
This ink ensures human safety and contributes to the digital transformation of traditional offset printing, enabling small-lot, multi-variety production, and revitalizing the printing industry.
It is the only ink currently available that can be used for printing on outdoor architectural materials, offering innovation in architectural culture.
- A process that uses digital files from computers or other digital devices as a source
- No need for setup sheets and does not rely on printing plates to carry the image
- Being non-contact printing, it allows designers a wider range of choices
- Accurate color expression without image distortion and consistent output during production
- No limitation in the length of printed materials
- Once the prototype plate is created, production can proceed immediately without cost loss
- Digital printing involves low manufacturing costs
- Digital adoption offers opportunities for diversified strategic collaborations between enterprises
- Reduces plate maintenance costs in conventional printing
- Enables customization based on customer needs without additional costs
Eco-friendly digital printing and coating for building materials, including interior and exterior products
Small-lot, multi-variety printing
Food packaging
Alternative to artificial marble market
Expands quality and applications of steel products through digital printing
PFAS, VOCs, and heavy metal FREE ink materials
Eco-friendly high-performance application by Cerazan Advanced Materials
Product Launch
Development is complete and production systems for mass production are currently being built.
The product is scheduled to launch in the first half of 2025.