WT LED UV Curing Systems

Discover the next generation of curing technology with WT LED UV Curing Systems from Vtech Co., Ltd. Established in 2006, Vtech specializes in advanced water-cooled and LED UV curing solutions, driven by a strong commitment to innovation and quality. Our systems are uniquely designed for diverse applications—including offset press, gravure press, flexo press, coatings, and silk screen printing—making us a trusted partner across multiple industries.

Harnessing the power of efficient LED technology, WT LED UV Curing Systems ensure rapid, consistent, and energy-saving curing performance. The water-cooled design enhances system longevity and operational stability, while patented features deliver exceptional reliability and precise control. Our ongoing R&D efforts ensure users benefit from the latest developments in curing efficiency and durability, securing a competitive edge in high-speed, high-volume environments.

WT LED solutions are engineered to reduce downtime and maintenance costs, providing a seamless upgrade from traditional curing methods. Our experienced technical team offers personalized support and tailored system integration to meet your unique production needs, ensuring a smooth transition and uninterrupted productivity.

Choose WT LED UV Curing Systems for sustainable, high-performance, and cost-effective curing technology backed by decades of expertise. Experience increased throughput, improved print quality, and lower energy consumption with Vtech’s industry-leading solutions.

1. With stepless dimming function;

2. 24 Hours Service Hotline: All our team of service are fully conversant with our extensive range of products and can quickly and expertly talk you through any question you may ask. Vtech is committed to provide a 24 hours customer service/breakdown hotline in local office.

3. More environmentally friendly and safer. UV LED has no infrared radiation, no harmful gas, and meets ROHS standards.

4. 1. The conveyor speed can adjustment according to the products drying condition;