Dive into the Future of LAM: Lasers, Optics, and Sensors at LAM 2024!

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Registration Pricing

Early Bird: $645
(Ends April 29, 2024)

Standard: $750
(Begins April 30, 2024)

EMI Symposium Only: $50

LAM Venue

Marriott at the University of Dayton
1414 S Patterson Blvd
Dayton, OH 45409

+1 (937) 223-1000

LAM Group Rate

Early Bird and Standard Registrations include all sessions, lunches, and receptions, as well as access to the Education Meets Industry Symposium on Monday.

All attendees must review and agree to the
LIA Ethics Policy.

Workshop Highlights

Discover the cutting edge of photonics at the Laser Additive Manufacturing (LAM^®) Workshop, hosted by The Laser Institute from July 15-17, 2024 in Dayton, Ohio. This is your opportunity to dive deep into the latest advancements in lasers, optics, and sensors, with each session designed to foster learning, collaboration, and inspiration among a community passionate about propelling the industry forward.

This year, we're introducing the Education Meets Industry (EMI) symposium, an initiative that merges academic excellence with industry expertise. Participate in shaping the future of photonics education and workforce development, inspiring a new generation of professionals and setting new standards in the industry.

Lasers

Explore advancements in operational modes, wavelength generation, and multi-beam implementation including effects resulting from temporal pulse shaping, operational wavelength, wavelength variation, and multi-beam processing/interactions.

Optics

Unravel the complexities of laser resonator-based and post-laser optical beam shaping, delving into the intricate techniques that manipulate spatial energy distribution. Engage with thought leaders as they explore the nuances of resonator-based modulation, multi-beam interference modulation, and optical energy redistribution.

Sensors

Focuses on the forefront of imaging and thermal sensing technologies, unveiling sophisticated methods for capturing and analyzing pre-melt powder states, post-melt process conditions, and in-situ melt pool temperature profiles.