OmniCure AC Series LED Small Area UV Curing Systems
OmniCure® AC Series offers LED small area UV curing systems for curing widths of less than or equal to 75 mm. These air-cooled LED UV curing systems are designed with high-power LEDs and advanced front-end optics to deliver high peak irradiance for fast, even curing. OmniCure AC Series UV curing systems are offered in various configurations and include “P” versions with enhanced optics to optimize the dose for short working distances to support print applications.
OmniCure AC2 LED Small-Area UV Curing System
OmniCure® AC2 Series offers compact, air-cooled LED UV curing systems for small-area applications. With advanced front-end optics, the AC275 and AC2110 systems deliver over 2.5 W/cm2 peak irradiance with exceptional uniformity. Our patented process for individually addressing each UV LED module output allows consistent results over the entire curing area. Multiple UV LED heads can be adjoined to achieve larger curing areas in a variety of customizable lengths while maintaining optical uniformity between each system for improved throughput without compromising on performance.
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OmniCure AC4 LED Small-Area UV Curing System
OmniCure® AC4 Series of air-cooled LED UV curing systems are designed with high output LEDs and custom optics to deliver high irradiance of over 8 W/cm2 with exceptional uniformity at long working distances. Consisting of the OmniCure AC450, AC450P, AC475, AC475P, our AC4 Series utilizes our patented process for individually addressing each LED UV module output to provide consistent results by ensuring high longitudinal uniformity over the entire 50 mm (2″) to 75 mm (3″) curing area. A uniform exposure area allows for curing of larger and/or multiple parts simultaneously enabling manufacturers to achieve highest productivity and reduced running costs.
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OmniCure AC5 LED Small-Area UV Curing System
OmniCure® AC5 Series of air-cooled LED UV systems are designed for small area curing. With advanced front-end optics, these high power UV curing systems deliver 14 W/cm2 peak irradiance for fast, even curing. The Series includes the AC550, AC550P, AC575 and AC575P, with the P versions having enhanced optics to optimize the dose for short working distances along with a removable window for easy cleaning to support print applications.
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OmniCure CV300 Low-Volume Production Conveyor
The OmniCure® CV300 is a versatile conveyor system designed to complement the OmniCureAC Series of high power LED UV curing systems and is suitable for production, laboratory and research and development applications. The CV300 can handle substrates up to 310 mm (12.2”) wide on its open mesh Teflon® coated fiberglass belt with an effective curing area of up to 300 mm (12”) depending on the OmniCure LED system being utilized.
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OmniCure SC Series LED UV Power Supply Controller
OmniCure® SC Series power supply controllers are tailored specifically for the OmniCure AC Series LED UV curing systems. Designed with application flexibility in mind, the SC Series offers a selection of system controllers to best meet the needs of a particular curing application.
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OmniCure PLC2000 Programmable Controller
OmniCure® PLC2000 programmable controller is designed to complement the OmniCure AC Series LED UV curing systems. When connected to an AC Series LED UV head, this multipurpose, external controller device allows you to intelligently manage, monitor and control an LED system. With unparalleled control of the LED UV systems, the PLC2000 can be used to dynamically adjust the output intensity, exposure time, and on/off capabilities while providing system information and error monitoring.
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OmniCure AC Series Optical Adapters
OmniCure® offers a selection of adapters customized for use with the OmniCure AC Series of high power LED UV curing systems to address a wider range of applications. Attaching to the front face of the OmniCure LED UV systems, the AC Optical Adapters convert a smaller area of high output power into a larger area while optimizing optical power and delivering evenly distributed irradiance and uniformity.
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