About This Webinar
In this in-depth webinar, Jeremy Lane, managing director of the ProPhotonix Laser Business Unit, will explore the critical role of semiconductor diode laser technology in the detection, characterization, and analysis of particulates and dispersion droplets across a wide range of industrial and biomedical applications. Laser light scattering is a widely adopted technique for particle analysis, often combined with complementary methods such as spectroscopy — many forms of which also use semiconductor diode lasers. Together, these technologies play a vital role in applications ranging from verifying the quality of the output in industrial manufacturing processes to detecting and quantifying airborne pollution and dust particles in environmental monitoring. In the biomedical field, laser-based systems are key to flow cytometry, where they are used to detect and characterize proteins on the surface of blood cells, measure cell size and shape, and support disease diagnostics. The webinar will also delve into how laser-based particle analysis is used to monitor dust concentrations in industrial environments, optimize milling processes, and aid in the development of new pharmaceuticals and food products. Case studies in which ProPhotonix laser module solutions have been successfully deployed, demonstrating the versatility and capabilities of semiconductor diode lasers in particle analysis applications, will also be presented. Attendees will gain insights into the key performance factors of laser modules in these applications, including wavelength selection, beam quality, and optical power, along with guidance on how to specify laser-based solutions in particle analysis systems.
Learn how laser light scattering and spectroscopy improve pollution monitoring, milling processes, and flow cytometry for biological analysis. Key performance factors such as wavelength selection, beam quality, and optical power will be discussed through real-world case studies demonstrating ProPhotonix's cutting-edge laser module solutions. Don't miss this opportunity to learn how ProPhotonix's laser solutions can enhance your particle analysis applications across environmental, industrial, and biomedical sectors.
Who should attend:
R&D scientists, engineers, and test & measurement specialists. Those who work in quality control, biophotonics, environment, medicine, pharmaceutical, industrial, and food and beverage.
About the presenter:
Jeremy Lane joined ProPhotonix in 2009 and currently serves as managing director of the Laser Business Unit, overseeing product development, operations, strategic direction for laser modules, electro-optical subassemblies, and optoelectronics devices. He holds two technical degrees, a B.Sc. in chemistry and a Ph.D. in polymer science, bringing extensive technical expertise to his role. Prior to joining ProPhotonix, Lane held senior sales and technical leadership positions at multinational specialty chemicals and engineering materials companies and served as managing director – international sales at Brewer Science, a global supplier to the semiconductor industry with over $100 million in annual revenue.
About the sponsor:
ProPhotonix, an Exaktera company, designs and manufactures laser diode modules and LED illumination. With ISO-certified facilities in the U.K. and Ireland, ProPhotonix's solutions include a broad range of high-quality laser modules for industrial, medical, scientific, and other applications. With more than two decades of experience in laser diode technology, ProPhotonix partners with OEMs to configure laser solutions matched to their application needs, enhancing their system performance and delivering a competitive advantage. For more information, visit our website www.prophotonix.com.