Plan to attend the 38th Annual SEMI-THERM session: Evaluation of Cooling Capacity of Refrigeration System with Limited Charge of R-290, presented by Sang Muk Kwark, Staff Scientist at Laird Thermal Systems.
Date: Wednesday, March 23, 2022
Time: 9:10-10:10 AM
Duration: 1 hour
Track 4: Two-Phase Cooling - Session Chair: Felipe Valenzuela
Sang Muk Kwark, Laird Thermal Systems
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Laird Thermal Systems has launched an online simulation tool for PCR thermal cycling applications. Thermoelectric coolers produced for thermal cycling, such as the PowerCycling PCX Series, are utilised for Real-Time PCR to precisely temperature control DNA amplification to three temperature set points. Constructed with next-generation thermoelectric material, the series offers faster ramp rates and higher reliability than conventional thermoelectric coolers to notably extend field use of molecular diagnostic devices.
Laird Thermal Systems has launched an initiative to introduce the use of alternative refrigerants in refrigeration-based cooling systems to address global warming and changes in regulatory requirements in the cooling industry.
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Industrial X-ray equipment generate a large amount of heat that needs to be quickly dissipated to ensure maximum performance and system uptime. With the ability to cool to near ambient temperatures, even at high heat loads, the LA5000 is ideal for cooling industrial x-ray applications.
Temperature control in high-power laser projectors is critical to ensure proper functionality, long life operation and crisp image projection. Not only can chillers provide a cooling solution for many projectors, but ambient liquid systems with thermoelectric coolers offer simplified spot-cooling to provide superior temperature stabilization that maintains peak performance of the laser.
With an increasing demand for advanced industrial manufacturing, laser systems have become the most important fabrication tool. While high powered lasers such as CO2 lasers are used for coarse cuts of metals, ultrafast lasers are used for fine cuts and polishing of semiconductor materials. Fiber lasers have the versatility to do both. In today’s consumer electronics, electrification of vehicles and green energy are driving the need for advanced laser machining and additive machining of complex materials.
