Learn whether UV printers emit harmful radiation and discover safety tips for using UV printers. Understand the difference between ionizing and non-ionizing radiation, how to manage ozone emissions, and protect your health while printing. Safe practices for UV printing in your workspace.

Explore the differences between UV hard ink and soft ink, their unique features, and applications for printing on rigid and flexible materials. Learn when to choose each type for optimal print results and durability.

Discover how the waveform of a UV printer nozzle influences print quality and UV ink performance. Learn about the effects of ink viscosity, sound speed, and density on waveform design, and how optimizing these parameters can enhance printing precision, speed, and consistency.

In the ever-evolving world of printing, businesses are continuously seeking methods that offer higher quality, faster production, and greater versatility. Two p

When choosing UV printer ink, why should we choose the manufacturer's designated ink? This article deeply analyzes the advantages of the manufacturer's ink, including nozzle protection, precise ICC curve matching, material adaptability and after-sales guarantee, to help you save worry and effort in long-term use.

UV printing has revolutionized the printing industry with its ability to print directly on various materials using piezoelectric inkjet technology. In this process, UV ink is sprayed onto the surface of the material and cured instantly using ultraviolet light from UV-LED lamps. However, certain materials, particularly those with smooth or glazed surfaces, require additional treatment to ensure durability and print quality. This is where coating and varnish processes play a vital role, offering enhanced adhesion, waterproofing, and resistance to friction and high temperatures.