Yaguang UV Empowers Heidelberg XL105-8+1 to Achieve Instant Printing and Drying, First Order a Success After Spring Festival!
As the Spring Festival draws to a close and a new beginning unfolds, Yaguang has successfully completed its first installation case after the holiday—the addition of a Yaguang Uv Curing system to a Heidelberg XL105-8+1 printing press. Faced with the client's urgent production order demands after the holiday, the Yaguang team spared no effort, working overtime to successfully complete the installation and commissioning tasks. The equipment has now been successfully tested on the machine, with ideal curing effects, earning high praise from the client.
Tailored to the client's business characteristics of primarily producing packaging and publications, Yaguang provided a customized solution featuring a mercury lamp + LED hybrid mode. Equipped with an intelligent control system for precise adjustment and automated control, this solution completely resolves issues associated with traditional curing methods, such as high energy consumption, low efficiency, and heat-induced deformation of substrates, enabling instant printing and drying to meet the client's rapid delivery requirements. Advanced water-cooling technology ensures the stability and reliability of the UV lamp units during prolonged high-speed operation, extending equipment lifespan.
The installed Yaguang Uv System incorporates several cutting-edge technologies, with core performance parameters as follows:
Precise Wavelength Matching:
Mercury Lamp Wavelength Range: Covers 245-425nm, with a primary peak at 365nm, allowing flexible adjustment of output energy based on the deep curing requirements of different printed materials.
LED Wavelength Options: Provides 365nm, 385nm, and 395nm options, precisely matching the absorption spectra of inks and varnishes for efficient, low-heat curing.
Outstanding Power and Density:
Mercury Lamp and LED UV Lamp Power Options: Offers 16KW, 19KW, and 21KW power selections, allowing energy usage to be tailored to printed material requirements with varying energy consumption levels. The curing energy is stably
controlled between 100-150mJ/cm², ensuring the surface temperature of printed materials remains within a low-temperature range of 32-42℃, safeguarding thin paper substrates.
Effective Irradiation Width: Customizable according to client printing needs (520mm-1620mm).
Power Density: Reaches up to 170-220W/cm², ensuring high-energy instant drying.
The successful delivery of this first order after the Spring Festival marks a promising start. Moving forward, we will continue to drive innovation through technology, empowering more printing enterprises to enhance quality and efficiency and seize market opportunities.