YAGUANG UV Curing System for Offset Printing: Reliable China Suppliers & Factory Solutions
UV Curing Systems for Heidelberg
In conjunction with Heidelberg's continuous paper feed feature and peak lamp intensity, achieving instantaneous curing of ink at a speed of 120m/min, effectively solving traditional drying issues such as ink smudging and dot spreading.
Equipped with an intelligent power adjustment module that interacts with Heidelberg's CPC control system, automatically reducing power during press standby, thus lowering energy consumption compared to similar products.
UV Curing Systems for KBA
Utilizing a multi-lamp group parallel configuration combined with Heidelberg’s intelligent zoned light control, ensuring uniform light intensity coverage across the entire width and addressing issues of incomplete curing at the edges of wide-format prints.
A customized bracket that fits the top space of Heidelberg drying units, supporting maintenance without stopping the press, thereby minimizing production line downtime.
UV Curing System for Roland
Used to reduce the spacing error between the mercury lamp light source and Roland printing units, ensuring precise alignment.
Achieving a color difference (ΔE) of ≤1.5 after UV curing, accurately restoring print color saturation.
Adapts to Roland's standard drying unit interfaces, supporting quick switching between UV LED light sources from Roland's original equipment, catering to diverse process requirements.
UV Curing System for Komori
Using aerospace-grade aluminum brackets, resulting in a lightweight machine that is compatible with Komori drying unit top load-bearing structures and supports Komori’s original environmentally friendly exhaust systems.
Tailored for Komori's Color Sync comprehensive color management system, with customized dual-banded mercury lamps to achieve broad color coverage, especially suitable for high-end color printing, luxury packaging, and other applications demanding high color fidelity.
UV Curing System for Mitsubishi
Utilizing sensors to real-time monitor Mitsubishi press sheet transfer speed (up to 16,000 sheets/hour) and bending curvature data, automatically adjusting the mercury lamp source height to ensure even ink curing without light leakage on complex substrates such as thick paper (600g/m²) and textured papers. The lamp lifespan is extended to over 3,000 hours, significantly surpassing industry averages.
Supporting integration with Mitsubishi gloss, lamination units, and enabling direct overlay of water-based varnish after UV curing. Drying and coating intervals are less than 1 second, improving production efficiency for high-end products like gift boxes and hardcover books.
Specifically developed for Mitsubishi heat-sensitive paper printing scenarios, with a power adjustment algorithm (as low as 4kW) that guarantees effective curing while maintaining surface temperatures below 45°C, preventing color change or deformation of heat-sensitive materials.
UV Curing Systems for Ryobi
Enabling quick adaptation and retrofit for Leafy offset presses without altering existing electrical circuits or mechanical structures.
Minimizing downtime and production loss to the greatest extent during integration and operation.
Frequently Asked Questions
Yes, our systems feature customized bracket designs that seamlessly fit into the reserved spaces of Heidelberg, KBA, Roland, Komori, Mitsubishi, and Ryobi drying units, requiring no alterations to the original machinery or airflow ducts.
Thanks to the quick-install structural design and plug-and-play modules, installation can typically be completed within 2 hours, minimizing downtime and production line interruptions.
Absolutely. The systems are equipped with intelligent power adjustment modules that interact with the press's control system, automatically reducing power output when the press is on standby to save energy.
By utilizing dynamic tracking technology and optimized power control algorithms, the average lifespan of our UV lamps is extended to over 3,000 hours, which is significantly higher than the industry standard.
For heat-sensitive materials, we use a specialized low-temperature curing technology. The power adjustment algorithm operates as low as 4kW to guarantee efficient ink curing while keeping the substrate surface temperature below 45°C to prevent deformation.



