The OmniCure® AC5 Series: AC550, AC550P, AC575 and AC575P
High Power, Small Area UV LED Curing Systems for Adhesives, Coatings and Inks
The OmniCure AC5 Series, the AC550, AC550P, AC575 and AC575P air-cooled UV LED curing systems are designed with advanced front-end optics to provide high power, high peak irradiance and exceptional uniformity at different working distances. The systems deliver 14W/cm2 peak irradiance for fast, even curing at long working distances. P versions of the AC5 Series have enhanced optics to optimize the dose for short working distances along with a removable window for easy cleaning to support print applications.
Utilizing our patented process for individually addressing each UV LED module output, the OmniCure AC5 Series offers exceptional uniformity over the entire curing area for consistent results. A uniform exposure area allows for curing of larger and/or multiple parts simultaneously. It also offers the ability to convert a static curing process to one where parts are being cured while in motion in order to increase throughput.
|Output power of 14W/cm2||Offers higher speed curing for adhesives, coatings and inks|
|Available in standard print versions @395nm||Adapted to support the process requirements of the general bonding, conformal coating and printing industries|
|Custom optics||Greater flexibility in the curing process via high peak irradiance available at longer working distances. Print(P) versions have enhanced optics to optimize the dose for short working distances along with a removable window for easy cleaning|
|Patented process for addressing individual LED modules||Even and consistent curing through excellent uniformity across the full LED area|
|Air-cooled||Easily integrated into any workstation with no additional venting, ozone extraction or chillers required|
|I/O Port for remote operation||Ability to automate for increased productivity|
|Highly efficient LED modules||Cost savings from reduced power consumption compared to arc lamp systems|
|Compact size||Easily integrated into any workstation|
|20,000 hour typical lifetime||Reduced running costs from compared to arc lamp solutions|
|Narrow wavelength output of LED||Increased yields of parts due to lower temperature curing compared to arc lamp systems|