High power uv led lamp for conveyor oven

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October 19, 2021
Brief: Discover the Easy Operate UV LED Light Curing Machine Equipment, a high-power UV LED lamp designed for conveyor ovens. This UV LED curing machine offers sustainability, operating economics, and increased productivity with negligible heat transfer and tighter process control. Perfect for wood products industry applications like edge coating and digital printing.
Related Product Features:
  • UV LED Curing Conveyor with wavelengths 365NM/385NM/395NM/405NM for versatile applications.
  • Operates on AC220V with conveyor speed adjustable from 0-5M/MIN for precise control.
  • Sustainability benefits include no mercury disposal, safer workplace, and no ozone emission.
  • Up to 50% energy savings compared to traditional curing methods, reducing operational costs.
  • Low maintenance and longer lifetime ensure consistent performance and reduced downtime.
  • Negligible heat transfer prevents surface damage, ideal for sensitive materials like wood.
  • Tighter process control and higher yields enhance productivity in industrial settings.
  • Revolutionary UV LED technology reduces work-piece surface temperature by over 50%.
Perguntas Frequentes:
  • What are the key advantages of using the UV LED Curing Machine?
    The UV LED Curing Machine offers sustainability with no mercury disposal, safer workplace, and no ozone. It provides up to 50% energy savings, low maintenance, and longer lifetime. Additionally, it ensures negligible heat transfer, tighter process control, and higher yields.
  • What industries can benefit from this UV LED Curing Machine?
    This machine is ideally suited for the manufactured wood products industry, including applications like edge coating, roller coating, and digital printing. Its reduced heat transfer and energy consumption make it perfect for sensitive materials.
  • How does the UV LED technology reduce surface temperature?
    The UV LED curing system raises the work-piece surface temperature less than half of traditional methods, which can heat surfaces by up to 60 degrees. This technology drastically reduces energy consumption and minimizes heat-related damage.