The 65×20mm series from UVET company gives 8W/cm² of UV intensity. Besides the main two wavelengths, the equipment comes with the optional settings of 365nm, 385nm, 395nm and 405nm. This number gives curing options for flatbed inkjet printing systems that work fast, efficiently and save energy.
Part No. UVSS-2L1 | Wavelength 365nm, Intensity 6W/cm2 |
Part No. UVSE-2L1 | Wavelength 385nm, Intensity 8W/cm2 |
Part No. UVSN-2L1 | Wavelength 395nm, Intensity 8W/cm2 |
Part No. UVSZ-2L1 | Wavelength 405nm, Intensity 8W/cm2 |
Irradiation Area | 65x20mm |
Heat Dissipation | Fan cooling |
UVET’s 65×20mm LED Lamps have been built for highly efficient curing in different modern printing machines. Providing 8W/cm² of ultra-violet intensity and offering expandable wavelengths such as 365nm, 385nm, 395nm and 405nm, they make high-quality results possible in advanced printing and coating very efficiently.
Features
It Gives Out High UV Radiation – It has 8W/cm² UV intensity which makes the curing process fast and boosts productivity.
Wavelength Flexibility – Can work at wavelengths of 365nm, 385nm, 395nm and 405nm to handle various inks, coatings and materials.
Adjustable Amount of Power – The intensity of UV radiation can be changed to match each application, giving precise and constant results every time.
Energy-Saving Design – Top performance during curing is achieved while using much less energy with LED lights.
Why Does It Stand Out From the Rest?
Built for Use in Many Different Types of Printing – Well suited for various printers, including wide-format inkjet, digital, screen, 3D and those used for coating materials.
Easy Integration – Its small size helps in simple setup, adding to existing facilities or updating the printing equipment.
User-Friendly Operation – You do not need to train much before using it and it is mainly useful in production where reliability is needed.
Modern Curing Performance – Reliably exposes every part of the surface to UV rays which enhances the quality of the finish. It sticks well with little or no heat damage.