WT UV Curing for Flexographic Printing

WT UV Curing for Flexographic Printing

Experience superior print performance with WT UV Curing for Flexographic Printing from Vtech Co., Ltd, a leading innovator in UV curing technology since 2006. Specializing in water-cooled UV curing systems and advanced LED UV curing systems, WT brings groundbreaking solutions designed for the dynamic flexographic printing industry.

Our UV curing systems optimize ink drying processes, ensuring vibrant, sharp prints with outstanding durability and adhesion—perfect for fast-paced flexographic production lines. The precision-controlled UV output accelerates curing times, increases throughput, and reduces energy consumption, making your operations both efficient and eco-friendly.

Backed by numerous industry patents, WT’s UV curing technology stands out with its unique water-cooled design, providing stable, long-lasting performance and reliable cooling, even under extreme workloads. We tailor each system to the specific needs of your press—be it offset, gravure, flexo, or screen printing—guaranteeing seamless integration and effortless operation.

With nearly two decades of expertise, Vtech’s dedicated R&D team is committed to delivering cutting-edge, customizable UV curing solutions that give you a decisive production advantage. Trust WT for responsive support, rapid installation, and robust after-sales service—empowering your flexographic printing operations to deliver High Quality quality at high speed, every time.

Elevate your print results, maximize energy savings, and streamline production with WT UV Curing for Flexographic Printing—where innovation meets reliability.

1. 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.

2. It adopts special military-grade UVLED constant current power supply, which has intact short circuit protection, leakage protection, overcurrent and overvoltage protection, and undervoltage protection.

3. Low energy consumption, about 55%-80% of the traditional type. It can reduce the cost.

4. Limmediately on and off without preheating. The irradiation intensity can reach 500mw/cm2-- 12000mw/cm2 or higher.