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The system features proprietary OmniCure closed-loop feedback control technology, which automatically monitors and maintains the optical output for a repeatable curing process.
Excelitas Technologies® Corp. recently announced that it will showcase its offering of OmniCure® LED UV curing systems for medical device manufacturers at MD&M Minneapolis.
The alliance will convene a three-part virtual workshop that builds on the Photopolymer Additive Manufacturing Roadmap developed by NIST and RadTech in 2019.
RadTech, in cooperation with The National Institute of Standards and Technology (NIST), recently announced the formation of the Photopolymer Additive Manufacturing Alliance (PAMA).
It is important to consider the variables associated with the LED source and proper measurement tools in order to understand, maintain, and control the adhesive curing process.
UV LEDs with peak spectral outputs of 365, 385, 395, or 405 nanometers (nm) are increasingly being used to cure adhesives formulated to work with LEDs. The impact of spectral differences should be evaluated based on the adhesive, photoinitiator package, and desired cure properties.
Excelitas Technologies Corp. recently announced that it has opened a new plant for its German subsidiary, Qioptiq Photonics GmbH & Co. KG, in Göttingen, Germany.
At the Vehicle Displays & Interfaces Symposium, which will be held September 28-29 online and in Detroit, Mich., Henkel will introduce a new bonding solution that reportedly brings speed, performance, and flexibility to display manufacture.
Beyond peak intensity and curing area, differences in uniformity can impact the delivered UV light dose and change the optimal setup for flood-curing systems.
When selecting a UV flood-curing system, it is relatively easy to compare the advertised curing area and the peak intensity of the different systems and assume that higher values mean higher light delivery.
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