OmniCure AC7 Large-Area UV LED Curing System
PART/ AC7 Series

OmniCure AC7 UV LED Large-Area Curing Systems

OmniCure® AC7 Series of air-cooled UV LED curing systems are suitable for large-area curing. Designed with high-output LEDs and custom optics, the AC7150 and AC7300 systems deliver over 5 W/cm2 peak irradiance and exceptional uniformity over the entire curing area. The AC7 Series provides high longitudinal uniformity to ensure consistent and repeatable curing of all parts over the entire 150 mm (6") to 300 mm (12") curing area. 

Multiple systems can be adjoined in any combination of the AC7150 and AC7300 to extend the addressable curing area and meet any application size without compromising optical performance. The AC7 Series is ideal for adhesive and coating applications such as displays, touch panels, thin films and fibers.

AC7150AC7300
LED Peak Wavelengths365 nm ± 5 nm, 395 nm ± 5 nm
Active Optical Area152 x 15 mm305 x 15 mm
Typical Irradiance (W/cm2)365 nm395 nm365 nm395 nm
WorkingDistance1 mm2.85.22.85.2
10 mm2.64.42.64.4
20 mm2.13.62.13.6
30 mm1.62.91.62.9
40 mm1.22.41.22.4
50 mm1.02.01.02.0
Optical Power*40 W80 W80 W160 W
Power Consumption*330 W650 W
Longitudinal Uniformity*± 10%
Uniformity Between Adjoined HeadsBetter than ± 10% at 20 mm or greater working distance
Operating Voltage48 V DC ± 2 V
Dimensions (L x W x H)152x 100x 148mm305x 100x 148mm
Weight1.8 kg (3.9 lbs)3.2 kg (7.0 lbs)
CoolingAir
Acoustic Noise< 65 dBA, load adapting
Life Expectancy> 20,000 hours
AutomationIntegrated PLC controls for UV intensity and system alarms
Warranty1 year; 10,000 service hours (light engine)

*At 100% intensity setting

  • Output of over 5 W/cm2: High speed curing for adhesives and coatings
  • Custom front-end optics: Greater flexibility in the curing process via high-peak irradiance available at longer working distances
  • Adjoining multiple systems: Obtain +/- 10% uniformity between heads for even and consistent curing over the curing area
  • Available in 365 and 395 nm: Excellent compatibility with adhesive and coatings
  • Air-cooled design: Easily integrate into any workstation while saving costs 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: Save costs from reduced power consumption compared to arc lamp systems
  • Compact size: Easily integrated into any workstation
  • 20,000 hour typical lifetime: Reduced running costs compared to arc lamp solutions
  • Narrow wavelength output of LEDs: Increased yields of parts due to lower temperature curing compared to arc-lamp systems

AC7150AC7300
LED Peak Wavelengths365 nm ± 5 nm, 395 nm ± 5 nm
Active Optical Area152 x 15 mm305 x 15 mm
Typical Irradiance (W/cm2)365 nm395 nm365 nm395 nm
WorkingDistance1 mm2.85.22.85.2
10 mm2.64.42.64.4
20 mm2.13.62.13.6
30 mm1.62.91.62.9
40 mm1.22.41.22.4
50 mm1.02.01.02.0
Optical Power*40 W80 W80 W160 W
Power Consumption*330 W650 W
Longitudinal Uniformity*± 10%
Uniformity Between Adjoined HeadsBetter than ± 10% at 20 mm or greater working distance
Operating Voltage48 V DC ± 2 V
Dimensions (L x W x H)152x 100x 148mm305x 100x 148mm
Weight1.8 kg (3.9 lbs)3.2 kg (7.0 lbs)
CoolingAir
Acoustic Noise< 65 dBA, load adapting
Life Expectancy> 20,000 hours
AutomationIntegrated PLC controls for UV intensity and system alarms
Warranty1 year; 10,000 service hours (light engine)

*At 100% intensity setting

  • Output of over 5 W/cm2: High speed curing for adhesives and coatings
  • Custom front-end optics: Greater flexibility in the curing process via high-peak irradiance available at longer working distances
  • Adjoining multiple systems: Obtain +/- 10% uniformity between heads for even and consistent curing over the curing area
  • Available in 365 and 395 nm: Excellent compatibility with adhesive and coatings
  • Air-cooled design: Easily integrate into any workstation while saving costs 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: Save costs from reduced power consumption compared to arc lamp systems
  • Compact size: Easily integrated into any workstation
  • 20,000 hour typical lifetime: Reduced running costs compared to arc lamp solutions
  • Narrow wavelength output of LEDs: Increased yields of parts due to lower temperature curing compared to arc-lamp systems
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Application Note: Hydrogel UV Curing