UV LED Curing Technology

UV LED Curing Technology

Phoseon has developed a UV LED energy source that provides maximum UV energy, superior performance, and long-term reliability while also improving workplace safety through the elimination of harmful substances such as ozone and mercury. These UV LED light sources are ideal for industrial and commercial vendors that want to provide their customers with equipment that performs faster, safer, cleaner, and longer-lasting. Learn more about Phoseon's UV LED curing technology.

As a proven market leader, Phoseon has completed a large number of successful UV curing systems in printing, coatings and adhesive markets. Utilizing its patented technology and expertise in optics and thermal management, Phoseon also provides customized solutions for customer's tough curing challenges.

LED Lamp Lifetime

Phoseon’s air-cooled LED lamp surpasses 70,000 hours of operational on-time with irradiance being greater than 80% of its original output when the test first began ten years ago.

Phoseon’s extensive reliability testing includes highly accelerated life testing, temperature, and vibration assessments to ensure products are rugged and reliable in even the harshest environments. The light sources are stressed with decreased air flow, high temperatures and other parameters that mimic the harsh working conditions of industrial LED curing equipment.

Phoseon is in a unique position to demonstrate this breakthrough having confirmed leadership consistently over the past sixteen years. With more than 100,000 units installed worldwide, no other company has the depth of installations and run hours for commercial and industrial applications

Peak Irradiance & Energy Density

Peak Irradiance & Energy Density: What They Are and How They Can Be Managed for UV Curing Applications.

While many manufacturers continue to use a broad range of techniques for their curing applications, an increasing number are embracing UV LED due to its numerous benefits, including the ability to generate higher yields, reduced scrap, lower running and maintenance costs and precision control.