ALEO Markets Served


Our Core Industries

The fundamental properties of LEDs are making UV LED systems increasingly the technology of choice across many industries, as they provide a more sustainable solution than traditional technologies. ALEO light engines and arrays are designed for full integration into these systems and processes, with our core application markets being 3D printing, electronics manufacturing, medical device manufacturing, and sterilization. From turnkey to fully customized solutions, we provide OEMs and machine builders in various markets with a range of integration solutions.  


ALEO Light Engines for 3D Printing Market
3D Printing

ALEO light engines are ideal for UV LED systems used in the post-curing of 3D printed parts. Our high-quality optics enable UV LED curing systems to cure resins quickly and efficiently, resulting in stronger, more durable 3D printed parts.

ALEO Light Engines for Medical Markets

By integrating them into UV LED systems, ALEO light engines can be used for critical applications in medical device manufacturing and medical instrument sterilization. 

ALEO LED Solutions for Electronics Manufacturing
Electronics Manufacturing

ALEO provides LED solutions for light-curing systems used in electronics manufacturing. Our LEDs offer fast and effective curing times for UV curable coatings, potting, and ruggedization.

ALEO UVC Light Engines for Sterilization

ALEO offers UVC LED light engines for sterilization and disinfection applications. These UVC light engines can be utilized in a variety of environments as they function to remove hazardous germs. 

ALEO Light Engines for Industrial Coatings Market
Industrial Coatings

ALEO UV LED light engines provide effective curing solutions for industrial coating applications, resulting in quick and precise cures.

Engineering Capabilities

ALEO develops LED solutions tailored to your needs using our expertise in optical, electrical, thermal, and mechanical engineering. We work closely with customers to provide support and guidance on their LED technology journey.

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Leveraging our optical engineering capabilities with accompanying optical design software, designs are simulated in the given environment conditions to simulate realistic optical performance of the light engine(s), ensuring peak performance in the conditions of the intended environment. 


Our skilled electrical engineering team combines the most dependable AC/DC power supply units and embedded systems with a variety of cutting-edge tools for hardware and firmware development to create high-current, industry-standard LED drivers and high-end controllers.


Utilizing our thermal engineering capabilities, such as thermal simulation, our team designs, analyzes and optimizes the thermal management of the light engine to enhance overall performance. Managing the dissipation of high-power UV light engines is crucial to ensuring high optical output and system life.


Our excellence in design and mechanical engineering differentiates us from competition. Utilizing an Iterative Design Process approach with supporting industry-standard design software, concepts are created, modeled, and developed into state-of-the-art solutions. 


Our application engineering team collaborate closely with customers to provide guidance with product and process design, testing and evaluation, and ensure that the final solution meets the necessary specifications and performance standards of the application.     

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