Laser Measurement Best Practices: How to Avoid Choosing the Wrong Power/Energy Sensor
Sep 27, 2016
ABOUT THIS WEBINAR
Join us for a FREE webinar sponsored by Ophir-Spiricon.
Sensors are critical for accurate laser measurement, yet they are often selected based on the wrong criteria. Choosing a sensor based solely on the measurable power range or aperture size is typical, but insufficient for ensuring a true understanding of laser performance. Each category of sensor – photodiode, thermal, pyroelectric – has its own set of selection criteria.
The wrong laser sensor can result in a damaged sensor requiring premature replacement; this can lead to additional costs and unexpected downtime. The wrong sensor may report invalid measurements of the laser’s performance. In some cases this may even lead to health and safety issues, such as when a medical laser for treating a patient is set up based on inaccurate measurements.
Selecting the best sensor for measuring laser power and energy output depends on many factors, including type of laser, laser wavelength and beam diameter. In this webinar, Ophir-Spiricon sales engineer Dick Rieley will discuss laser measurement best practices and will guide you through the factors to consider when selecting a sensor. The focus will be on key factors in the selection process, including beam diameter, beam density values, cooling requirements and exposure duration.
Presenter Dick Rieley is the mid-Atlantic sales engineer for Ophir-Spiricon, which he joined in 1998. As the person responsible for sales of Ophir laser sensors and Spiricon beam profiling cameras on the U.S. East Coast, Rieley has worked with customer requirements for a variety of laser applications including industrial, scientific, medical, and defense. Prior to joining Ophir-Spiricon, Rieley was the national engineering sales manager for Vanzetti Systems, Boston. He is a graduate of Miami University, Oxford, Ohio.