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LED UV Curing Lamp for Printing

Model: UVSS-48C1
Various Sizes

UVET’s LED UV Curing Lamp for Printing from the 120×5mm series delivers a strong 12W/cm² UV intensity, enabling fast and effective curing. With optional wavelengths of 365nm, 385nm, 395nm, and 405nm, it supports a wide range of inks and materials. Designed for UV printing systems, this LED UV curing lamp offers high-speed, energy-efficient, and reliable performance.

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LED UV Curing Lamp for Printing
LED UV Curing Lamp for Printing
LED UV Curing Lamp for Printing
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LED UV Curing Lamp for Printing
LED UV Curing Lamp for Printing
LED UV Curing Lamp for Printing
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High Energy Density

Complete Certification

Multiple Application

Specifications

Part No. UVSS-48C1 Wavelength 365nm, Intensity 8W/cm2
Part No. UVSE-48C1 Wavelength 385nm, Intensity 12W/cm2
Part No. UVSN-48C1 Wavelength 395nm, Intensity 12W/cm2
Part No. UVSZ-48C1 Wavelength 405nm, Intensity 12W/cm2
Irradiation Area 120x5mm
Heat Dissipation Fan cooling
  • Descriptions
    xiajiantou

    The 120×5mm LED UV Curing Lamp from UVET delivers fast, accurate, and energy-efficient performance for modern UV printing systems. With a high output of 12W/cm² and a narrow irradiation area, it’s built for precise curing in compact environments. You can select from four UV wavelengths—365nm, 385nm, 395nm, and 405nm—making it highly adaptable for various inks, coatings, and adhesives.

    Features

    • High UV Intensity: Outputs up to 12W/cm² to support fast and complete curing
    • Adjustable Output: Tailor the UV strength to your specific materials and print conditions
    • Compact Design: Fits easily into tight spaces while maintaining high performance
    • Quick Setup: Simple controls make installation and daily use efficient

    Advantages of LED UV Curing Lamp for Printing

    This curing lamp focuses light into a 120mm × 5mm area, making it perfect for narrow, detailed tasks such as fine-line printing or electronics assembly. Its size allows for installation in tight layouts without sacrificing output power.

    With four selectable wavelengths, you can match the UV spectrum to the photoinitiators in your ink or adhesive. As a result, curing is more consistent and bonding strength improves across different materials.

    Unlike traditional systems, this LED lamp turns on instantly. It doesn’t waste energy or generate excess heat, which helps protect sensitive substrates. It also runs quietly, contributing to a better working environment.

    Efficient, Sustainable Operation

    LED technology not only reduces energy usage but also extends the lamp’s service life. You’ll spend less on maintenance and replacements while maintaining stable performance during long production runs.

    Applications of LED UV Curing Lamp for Printing

    • UV inkjet and digital printers
    • Fine-detail electronics printing
    • Resin curing in 3D printers
    • Adhesive and coating applications in automation lines

    Whether you're upgrading existing equipment or designing a new printing system, the 120×5mm LED UV Curing Lamp offers a strong balance of size, precision, and performance. For additional technical details, customization options, or a consultation, please reach out to our team.

  • FAQs
    xiajiantou

    Q1: What types of printing applications are suitable for a LED UV Curing Lamp?

    A: LED UV Curing Lamps are ideal for inkjet, flexo, screen, and offset printing, providing efficient curing on substrates such as paper, film, metal, plastic, and glass.

    Q2: How does a LED UV Curing Lamp improve printing performance?

    A: It enables faster production with instant ink curing, minimizes heat impact on sensitive materials, reduces power consumption, and supports high-resolution printing without smudging.

    Q3: Can LED UV Curing Lamps be retrofitted into existing printing equipment?

    A: Yes, they are available in modular designs and can be seamlessly integrated into both new and legacy printing systems with minimal modification.

    Q4: What curing wavelengths are offered for printing applications?

    A: Common options include 365 nm, 385 nm, 395 nm, and 405 nm, chosen based on the ink’s photoinitiator and the desired balance of speed and curing depth.

    Q5: What factors affect the curing quality of a LED UV Curing Lamp?

    A: Key factors include lamp intensity, wavelength compatibility with the ink, lamp-to-substrate distance, exposure time, and proper cooling for thermal stability.

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