#USA #Irvine #Roland DG #EUV-H Ink #Industrial Printing

Roland DG's Exciting Announcement: Introducing EUV-H Ink

Roland DG, a globally recognized leader in digital printing solutions, recently unveiled its latest innovation: the EUV-H (EUV-HP7) industrial-grade UV hard ink. This groundbreaking product aims to transform the landscape of industrial printing by providing unmatched durability and performance for a wide range of applications. As the demand for high-quality, customized prints surges, businesses are seeking solutions that not only meet but exceed their expectations. EUV-H is poised to fulfill this need with its robust capabilities.

Key Features of EUV-H Ink

One of the most compelling attributes of EUV-H is its exceptional resistance to scratches, chemicals, and various environmental factors. This innovative ink allows businesses to maintain the integrity of their printed materials, ensuring consistent quality throughout production, handling, and final use. Furthermore, EUV-H is versatile, compatible with various rigid substrates, including plastic, glass, and metal. This compatibility broadens the spectrum of materials that can be effectively decorated, enhancing creative possibilities for businesses.

EUV-H is offered in a range of colors, including CMYK, White, Gloss, and Primer. The primer is especially noteworthy as it enhances adhesion to challenging surfaces, which in turn broadens the types of materials that can be effectively printed on. This versatility empowers users to produce durable output for numerous applications, from parts and electronics to packaging and promotional items.

Unlocking New Markets

With the advent of EUV-H, companies aiming to step into higher-value and customizable markets will find new opportunities for growth. The ink not only helps create products with longevity but also allows for scalable production that can meet increasing consumer demands. For businesses eyeing fresh revenue streams, EUV-H provides the tools needed to succeed in demanding markets.

Moreover, the ink is designed with a future-ready approach in mind, ensuring that it integrates seamlessly with Roland DG’s existing VersaObject product lineup. The MO Series UV flatbed printers currently support EUV-H, while the upcoming RC-300 cylindrical printers and IO-300 UV flatbed printers, set to launch in late 2026, will further enhance the production capabilities available to users.

Commitment to Safety and Sustainability

Roland DG has prioritized safety and environmental responsibility in the development of EUV-H. The new ink minimizes the typical odor associated with UV printing processes, making work environments more comfortable. Additionally, EUV-H adheres to regulatory standards by avoiding harmful substances like nickel and SVHC materials.

Ryugo Nimura, Executive Officer of the Global Sales and Marketing Division at Roland DG, emphasized the transformative potential of EUV-H, stating, "With the new EUV-H ink, we are enabling our customers to go further in advanced and customized production. By combining durability with broad material compatibility and a forward-looking ecosystem, EUV-H helps businesses unlock new opportunities, deliver premium applications, and grow with confidence in increasingly demanding markets."

Availability and Future Potential

Starting June 30, 2026, EUV-H ink will be available through authorized Roland DGA dealers across the U.S., Canada, and Latin America. As businesses embrace customization and seek high-quality printing solutions, EUV-H caters to their unique requirements and opens the door to numerous possibilities within the industrial printing sector.

For further insights into EUV-H ink and its capabilities, you can visit Roland DGA.

In conclusion, Roland DG's EUV-H ink represents a significant leap forward in industrial printing, allowing businesses to meet evolving customer demands while constantly exploring new avenues for creativity and production efficiency. As industries continue to change, innovations like EUV-H pave the way for a brighter and more productive future in printing.