UVET’s UV LED Curing for Inkjet from the 160×20mm series delivers an impressive UV intensity of up to 30W/cm², ensuring ultra-fast and efficient curing performance. Available in 385nm and 395nm wavelengths, it is optimized for a variety of UV printing systems. This UV LED curing solution offers high-speed processing, energy efficiency, and reliable results.
Part No. UVSE-6R2-W | Wavelength 385nm, Intensity 30W/cm2 |
Part No. UVSN-6R2-W | Wavelength 395nm, Intensity 30W/cm2 |
UV Technology | COB UV modules |
Irradiation Area | 160x20mm |
Heat Dissipation | Water cooling |
Main Application | High-speed printing |
The UV LED Curing for Inkjet system from UVET delivers exceptional performance with a maximum UV intensity of up to 30W/cm², designed for fast, precise curing across various systems. Offering wavelength options of 385nm and 395nm, this lamp is engineered to provide quick curing results while maintaining high-quality standards for inkjet printing applications.
The compact design of the UV LED Curing for Inkjet lamp (160×20mm) ensures easy integration into existing setups, whether for new installations or system upgrades. Its operational flexibility and ease of installation make it a user-friendly solution for high-speed printing environments. Additionally, the lamp allows independent adjustment of both UV intensity and exposure time, offering full control over the curing process to optimize results for different materials and print applications.
The UV LED Curing for Inkjet system is specifically built for high-performance applications, where speed and precision are essential. The high UV intensity of up to 30W/cm² ensures rapid curing without sacrificing quality. Whether you’re printing fine details, large graphics, or working with thick coatings, the system accelerates the curing process, which boosts production speed and reduces cycle time.
Two wavelength options, 385nm and 395nm, provide versatility, allowing you to adjust the curing system to different materials and inks. This flexibility makes it suitable for industries such as UV inkjet, digital printing and specialty coatings. You can choose the best wavelength based on the ink's photoinitiator, ensuring the best curing results every time.
The system’s ability to independently adjust UV intensity and exposure time is another key feature. This allows users to fine-tune the curing conditions to match specific printing requirements, ensuring optimal results for various materials. The ability to control these settings ensures that you get the perfect balance of speed and quality.
In addition to performance, the UV LED Curing for Inkjet system is energy-efficient. The system is designed to provide high-speed curing without wasting energy, which helps reduce operational costs. Its low heat generation further minimizes the risk of material damage, ensuring reliable, high-quality results for temperature-sensitive substrates.
Whether you're upgrading your existing system or building a new setup, this lamp provides the precision and performance required for a wide range of inkjet and digital printing applications. For more information, contact our team today to discover how the UV LED Curing for Inkjet system can help streamline your printing process.
Q1: What is UV LED curing used for in inkjet printing?
A: UV LED curing is used to instantly dry UV-curable inks during the inkjet printing process, enabling sharp, durable prints on a wide range of substrates including plastic, glass, metal, film, and paper.
Q2: What are the benefits of UV LED curing in inkjet systems?
A: It provides instant drying, low heat output, energy efficiency, long operational life, and compatibility with heat-sensitive materials—all without mercury or ozone emissions.
Q3: What types of inkjet printers use UV LED curing?
A: UV LED curing is compatible with flatbed, roll-to-roll, hybrid, and single-pass inkjet printers used in industrial, commercial, and packaging applications.
Q4: Which wavelengths are commonly used for UV LED curing in inkjet printing?
A: Common wavelengths include 385 nm, 395 nm, and 405 nm, selected based on the ink’s photoinitiator to ensure proper curing and adhesion.
Q5: What maintenance is required for UV LED curing systems in inkjet printers?
A: Maintenance involves cleaning optical components, ensuring cooling system performance, and periodically checking UV intensity for consistent curing results.