Laser Measurements Techniques for a Controlled Material Process
Process control is vital to the success of all manufacturing facilities, regardless of the product being made. In a growing number of material processing applications — welding, cutting, ablating, even marking and scientific instruments — lasers are an integral part of the production process. Understanding how the laser is performing, assuring it is working as expected, and maintaining a system that results in a consistent, high-quality, high-throughput process is not only desired, but is critical. The laser system is one of the most expensive machines in the manufacturing process. To ensure that it is performing as efficiently as possible, the user must understand how the laser interacts with the material being processed. The only way to achieve this is by knowing how to measure and monitor key parameters of the laser system. In this video, we discuss key laser parameters to be measured, when measurements should be taken, and what technologies are available to laser users. We also cover how these technologies have been applied, lessons learned, and how they have helped laser users better understand and improve their material processing.
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Ophir is a brand within the MKS Instruments Photonics Solutions division. The Ophir product portfolio consists of laser and LED measurement products including laser power and energy meters, beam profilers, high-performance IR thermal imaging lenses and optics for CO₂ and high-power fiber laser applications. For more information, visit https://www.ophiropt.com.