OmniCure AC8⁺HD UV LED High-Dose, Large-Area Curing Systems

The AC8+HD Series utilizes innovative OmniCure LED module control technology to deliver outstanding output uniformity

OmniCure® AC8+HD series air-cooled UV LED curing systems deliver exceptionally high optical dose, taking UV LED curing to the next level. The AC8+HD Series utilizes innovative OmniCure LED module control technology to deliver outstanding output uniformity across the irradiation area. Available in 365 nm, 385 nm, 395 nm, and 405 nm wavelengths, the AC8+HD Series delivers 15 W/cm2 peak irradiance, making it ideal for large-area curing applications that demand high UV dose.

Features include:

  • High output of 15 W/cm² supports a wider range of applications and achieves faster curing of adhesives, coatings, and inks
  • Same mechanical enclosure as the standard AC8⁺ and AC9⁺ Series scales production speed and supports expansion into new applications without requiring complex integration changes
  • Innovative individual LED module control ensures superior uniformity over the entire curing area
  • Scalable curing area allows multiple heads to be joined together while still maintaining +/- 5% uniformity between heads for even and consistent curing over the curing area
  • Available in 365 nm, 385 nm, 395 nm, and 405 nm to ensure the best wavelength match for specific curing applications
  • Compact, air-cooled system with improved heatsink design easily integrates into any workstation with no additional venting, ozone extraction or chillers required
  • Highly-efficient LED modules save costs from reduced power consumption compared to arc lamp systems
  • Built for industrial reliability and engineered for long-term performance, the high efficiency VOC air filters deliver dependable operation in manufacturing environments with harsh air quality
  • 40,000 hours of estimated LED lifetime reduces running costs compared to arc lamp solutions
  • Single peak wavelength output of LED increases yields of parts due to lower temperature curing compared to arc lamp systems