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UV LED System for Printing

Model: UVSS-780T6
Various Sizes

UVET company’s 650x20mm series UV LED lamps provide up to 12W/cm2 UV intensity. The optional wavelengths include 365nm, 385nm, 395nm and 405nm. It provides curing solutions for flatbed inkjet printing systems with fast, efficient and energy-saving features.

 

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UV LED system for printing
UV LED system for printing
UV LED system for printing
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UV LED system for printing
UV LED system for printing
UV LED system for printing
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High Energy Density

Complete Certification

Multiple Application

Specifications

Part No. UVSS-780T6 Wavelength 365nm, Intensity 8W/cm2
Part No. UVSE-780T6 Wavelength 385nm, Intensity 12W/cm2
Part No. UVSN-780T6 Wavelength 395nm, Intensity 12W/cm2
Part No. UVSZ-780T6 Wavelength 405nm, Intensity 12W/cm2
Irradiation Area 650x20mm
Heat Dissipation Fan cooling
  • Descriptions
    xiajiantou

    The 365nm, 385nm, 395nm, and 405nm wavelength range of UV LED curing lamps from UVET's 650 x 20 mm series supply up to 12 W/cm² intensity of UV. For optimum speed and energy savings, these lamps are specially designed to work with flatbed inkjet printers, but are also compatible with other UV printing applications.

    This lamp is best suited for digital small and wide-format inkjet, screen, and 3D printers as it allows precise control over the curing process by setting adjustable UV intensity and irradiation time. Its user-friendly design guarantees dependable and precise curing results in a multitude of configurations for UV LED printing systems.

    Key Features

    • Curing efficiency of up to 12 W/cm²
    • Greater application adaptability due to multiple wavelength options
    • Fewer exposure and power flexibility for better adaptability
    • Extensive 650 x 20 mm dimensions for greater coverage area

    What makes it better

    • The lamp is a 3D printing and other UV printing needs
    • Operative cost are lowered with energy-saving properties
    • Simple controls and design facilitate hassle-free integration
    • Quality of curing is consistently reliable regardless of the printing platform used

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