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It's Time to Optimize Your Laser Power Supply

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Programmable Power Solutions for Laser Processes

Laser designs require tightly controlled and consistent performance from their power supplies. 

As the demand for laser power increases, it becomes increasingly important for the laser power supply to be flexible and reliable. Laser processes are replacing traditional high-energy consumption processes due to their efficiency, cost benefits, and decrease in environmental impact. With these machines becoming an integral part of manufacturing processes, it is important that the power supply both optimizes the laser performance and doesn’t fail/ interrupt high dollar value work in progress.

It is time for you to integrate controllable DC Power into your industrial laser processes.

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Learn more about Astrodyne TDI's  patented Liquid-Cooling technology and  programmable power  

Programmable Power in Laser Processes 

Programmable Power in Laser Processes 

 With the demand in laser power increasing, it’s essential that, the laser power supply is flexible and reliable. Astrodyne TDI’s Chief Technical Officer, Gary Mulcahy, and Product Manager, Tamanna Kamra, will tell you everything you need to know about integrating controllable DC power sources into industrial and semiconductor lasers.

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Benefits of Liquid Cooling

Benefits of Liquid Cooling

With increasing power demand and the need to protect components from environmental contaminants, it is time to start thinking about your transition to liquid-cooling. Watch our OnDemand Webinar to learn about liquid cooled power solutions for demanding applications like Lasers. Our panelists walk through the common deciding factors in transitioning to liquid-cooled power converters and what you need to consider when choosing a liquid-cooled supply.

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Optimized Liquid-Cooled Power Converters

Optimized Liquid-Cooled Power Converters

Power converters present unique challenges in electronic packaging and heat management. This paper outlines these challenges and traces the evolution of packaging techniques utilizing liquid-cooling to address them. 

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