Phoseon Technology UV LED Flood Curing Lamps
About Phoseon Technology UV LED Flood Curing Lamps
Phoseon Technology is a world leader in UV LED curing solutions for printing, coating, and adhesive applications. They pioneered the use of LEDs for UV curing in both commercial and industrial applications, offering equipment manufacturers high-performance curing technology that provides maximum UV energy, superior performance, and high reliability for demanding applications.
Phoseon UV LED flood curing lamps primarily use a 395nm wavelength but can also be built with other diodes such as 365nm, 385nm, 405nm and 410nm to suit your application. Lamps are available with peak intensities up to 20W/cm², allowing them to cure compatible adhesives, coatings and sealants in seconds.
Phoseon provides patented TargetCure™ and WhisperCool™ technology to deliver rugged, high-performance products for application–specific solutions.
An overview containing the specifications and details of Phoseons range of UV LED flood lamps is available online. For more information about these products, contact our team.
See an example of a Phoseon LED UV flood curing lamp as a component of our archytas series of robot integrations.
Features & Benefits
- High intensity
- Different wavelengths available
- Water or air cooled, no external cooling required
- Instant on, instant off
- Simple integration
|Top Tips for getting the best from your UV curing process
Read through our easy-to-follow guide on UV curing to maximise your processes productivity.
Find out more about the technology behind Phoseon UV LED Flood Curing Lamps by reading our technical bulletins and white papers:
- Last updated: November 2022
- Version: 6.7
Statements, technical information and recommendations contained herein are based on tests we believe to be reliable but they are not to be construed in any manner as warrantees expressed or implied. The user shall determine the suitability of the product for his intended use and the user assumes all risk and liability whatsoever in connection therewith.