OmniCure AC9 Series LED Large-Area UV Curing Systems
PART/ AC9 Series

OmniCure AC9 LED Large-Area UV Curing System

OmniCure® AC9 Series are high-power LED UV Curing Systems delivering over 14 W/cm2 peak irradiance for fast curing of inks, adhesives and coatings. Consisting of the AC9150, AC9150P, AC9225, AC9225P, AC9300 and AC9300P, the AC9 Series are high-performing, air-cooled solutions with a small form-factor to enable fast line speeds in industrial manufacturing and printing.

P versions of the AC9 Series have enhanced optics to optimize the dose for short working distances along with a removable window for easy cleaning to support print applications. 

 

AC9150/AC9150P

AC9225/AC9225P

A9300/AC9300P

LED Peak Wavelengths

395 nm

Active Optical Area

150 x 25 mm

225 x 25 mm

300 x 25 mm

Power Consumption*

1058 W

1587 W

2116 W

Typical Peak Irradiance (W/cm2)

395 nm

 

 

Working Distance

1 mm

14

14

14

5 mm

12.6

12.6

12.6

10 mm

10.6

10.6

10.6

15 mm

9.06

9.06

9.06

20 mm

7.7

7.7

7.7

25 mm

6.7

6.7

6.7

Optical Power*

365 W

574 W

730 W

Longitudinal Uniformity*

Better than +/-10%

Operating Voltage

48 V DC ± 2 V

Dimensions (L x W x H)

159 x 80 x218 mm

235 x 80 x218 mm

311 x 80 x218 mm

Weight (kg)

1.8

2.7

3.6

Cooling

Air

Life Expectancy

> 20,000 hours

Automation

Integrated PLC controls for UV intensity and system alarms

LED Warranty

2 years or 10,000 service hours


*At 100% intensity setting

  • Irradiance of over 14 W/cm2: High speed curing  for inks, adhesives and coatings
  • Custom front-end optics: High powered, high peak irradiance and exceptional uniformity at longer working distances
  • Enhanced optics with a removable window specifically for print applications (“P” versions): Optimizes dosage and provides a replaceable outer window for easier maintenance in printing applications
  • Patented individual LED module output: Ensure superior uniformity over the entire curing area
  • Adjoining system modules: Obtain +/- 10% uniformity between heads for even and consistent curing over the curing area
  • Compact, air-cooled design: Easily integrate into any workstation with no additional venting, ozone extraction or chillers required
  • Highly-efficient LED modules: Costs savings from reduced power consumption compared to arc lamp systems
  • 20,000 hour typical lifetime: Reduced running costs from compared to arc lamp solutions
  • Narrow wavelength output of LEDs: Increased yields of parts due to lower temperature curing compared to arc lamp systems

 

AC9150/AC9150P

AC9225/AC9225P

A9300/AC9300P

LED Peak Wavelengths

395 nm

Active Optical Area

150 x 25 mm

225 x 25 mm

300 x 25 mm

Power Consumption*

1058 W

1587 W

2116 W

Typical Peak Irradiance (W/cm2)

395 nm

 

 

Working Distance

1 mm

14

14

14

5 mm

12.6

12.6

12.6

10 mm

10.6

10.6

10.6

15 mm

9.06

9.06

9.06

20 mm

7.7

7.7

7.7

25 mm

6.7

6.7

6.7

Optical Power*

365 W

574 W

730 W

Longitudinal Uniformity*

Better than +/-10%

Operating Voltage

48 V DC ± 2 V

Dimensions (L x W x H)

159 x 80 x218 mm

235 x 80 x218 mm

311 x 80 x218 mm

Weight (kg)

1.8

2.7

3.6

Cooling

Air

Life Expectancy

> 20,000 hours

Automation

Integrated PLC controls for UV intensity and system alarms

LED Warranty

2 years or 10,000 service hours


*At 100% intensity setting

  • Irradiance of over 14 W/cm2: High speed curing  for inks, adhesives and coatings
  • Custom front-end optics: High powered, high peak irradiance and exceptional uniformity at longer working distances
  • Enhanced optics with a removable window specifically for print applications (“P” versions): Optimizes dosage and provides a replaceable outer window for easier maintenance in printing applications
  • Patented individual LED module output: Ensure superior uniformity over the entire curing area
  • Adjoining system modules: Obtain +/- 10% uniformity between heads for even and consistent curing over the curing area
  • Compact, air-cooled design: Easily integrate into any workstation with no additional venting, ozone extraction or chillers required
  • Highly-efficient LED modules: Costs savings from reduced power consumption compared to arc lamp systems
  • 20,000 hour typical lifetime: Reduced running costs from 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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