UVAPRINT ACM
Description
The cold UV radiation system was developed especially for use in temperature-sensitive production processes such as printing mono films or shrink sleeves. Advanced Cold Mirror technology (ACM) makes it possible to filter out a large portion of the interfering infrared radiation. The ACM system has an integrated cold mirror. Its geometry and coating considerably lower the proportion of IR radiation that is directed toward the substrate.
UVAPRINT ACM
Specifications |
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| Emission Spectral Range: | 315-400nm |
| Application: | Printing |
Features
IR radiation is reduced by up to 85% in UV dryers with an ACM system compared to direct radiating UV systems
Advanced cold mirror technology can reduce substrate temperatures by up to 65% compared to direct irradiation
High intensity at a low power input
UV high-performance lamps for arc lengths up to 2,350 mm
Specific power output up to 236 W/cm
Air-cooling for lamp outputs up to 17 kW
No chilled rollers or cooling plates needed
For pricing, technical or any other questions please contact the supplier
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- Direct contact with supplier
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How to order?
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Ships from:
Germany
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Sold by:
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On FindLight:
External Vendor
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Frequently Asked Questions
Yes, the Advanced Cold Mirror technology (ACM) can reduce substrate temperatures by up to 65% compared to direct irradiation.
No, the UVAPRINT ACM does not require chilled rollers or cooling plates. It has air-cooling for lamp outputs up to 17 kW.
IR radiation can be reduced by up to 85% in UV dryers with an ACM system compared to direct radiating UV systems.
The Advanced Cold Mirror technology (ACM) is a system that filters out a large portion of the interfering infrared radiation. It has an integrated cold mirror that considerably lowers the proportion of IR radiation that is directed toward the substrate.
The UVAPRINT ACM is used in temperature-sensitive production processes such as printing mono films or shrink sleeves.