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UV LED curing solutions are being rapidly adopted for curing adhesives in factory assembly lines throughout the world. Low operating costs, long lifetime, and low maintenance are just a few of the reasons. Additionally, small electronic components maybe sensitive to heat and UV LED overcomes those issues by being a ‘cool’ light source.
UV LED technology is a perfect match for adhesive curing components such as speakers, camera modules, display screens, and printed circuit boards. The unique combination of high-energy UV LED sources with the appropriate adhesive provides increased productivity, while also providing the ability to cure heat sensitive materials.
The small footprint and end-to-end scalability of the FireJet™ ONE makes it an ideal solution for a variety of applications, including wide format and large single pass applications.
The FireEdge™ FE410 UV LED light source provides high output power in an extremely compact mechanical package for high-speed pinning and full cure applications.
The FJ801 Area Curing Solution is optimized for electronic manufacturing production lines with large area curing applications, such as micro speakers and flat panel displays.
UV adhesive curing for medical applications such as: syringes, catheters, IV delivery systems, endoscopes, hearing aids. UV LED curing technology minimizes the heat load to the work surface allowing for capability with heat-sensitive applications. The long lifetime, instant on/off control and consistent UV output can improve process variation and control.
The small footprint and end-to-end scalability of the FireJet™ ONE makes it an ideal solution for a variety of applications, including wide format and large single pass applications.
The FireEdge™ FE410 UV LED light source provides high output power in an extremely compact mechanical package for high-speed pinning and full cure applications.
The FireLine™ FL400 light source has the highest power, water-cooled LED array with peak irradiance up to 24W/cm2. Lamps are scalable to support custom length options.
Additional manufacturing processes such as solar panels, glass, metals, elastomers, composites and many plastics lend themselves to using UV LED curing. UV LED light sources are utilized in a wide range of industrial applications due to their long-life and high reliability.
The small footprint and end-to-end scalability of the FireJet™ ONE makes it an ideal solution for a variety of applications, including wide format and large single pass applications.
With the wide exposure window, the FireJet™ FJ240 light source is for use in high-performance adhesive curing, especially electronics applications.
The FJ801 Area Curing Solution is optimized for electronic manufacturing production lines with large area curing applications, such as micro speakers and flat panel displays.
The FireLine™ FL400 light source has the highest power, water-cooled LED array with peak irradiance up to 24W/cm2. Lamps are scalable to support custom length options.
The FireLine FL440 lamps are scalable to support custom length options and offers exceptional optical uniformity for the most demanding curing applications.
Area curing solutions target adhesives cure applications, mainly in electronics manufacturing production lines and lab material/substrate curing. Starting from a base curing area of 100 x 100 mm, these modular products can scale in three directions to provide contiguous, uniform UV output.
With the wide exposure window, the FireJet™ FJ240 light source is for use in high-performance adhesive curing, especially electronics applications.
The FJ801 Area Curing Solution is optimized for electronic manufacturing production lines with large area curing applications, such as micro speakers and flat panel displays.
Use a UV LED lamp that is larger than the typical spot curing pen and offers significantly more power.
The FireFly 25×10 light source is ideal for small area and spot cure applications in the UV curing for adhesives and inks.
The small footprint of the FireFly FF200 is an ideal solution for curing applications with space constraints.
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