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Showcase Presentation

Tuesday, 27 April 2021

10:20 - 10:35 EDT (UTC - 04:00)

 

Networking Availability

Tuesday, 27 April 2021

10:00 - 13:45 EDT (UTC - 04:00)

 

Contact

Andrew Dodd, Marketing Manager

ad@nuburu.net

+1.248.459.8425

 

Nuburu

 

Latest Developments in High Brightness Blue Wavelength Diode Lasers

This session will briefly describe the latest developments in high brightness 450nm blue diode lasers. We will discuss how the unique technology developed by NUBURU has enabled the highest power and highest brightness blue diode lasers currently available.

We will also explore typical applications in the industrial market.

 

Speaker

Andrew Dodd, Market Development Manager, Nuburu

Andrew Dodd is Market Development Manager at NUBURU Inc. He has nearly 40 years experience of industrial laser processing. Initially a user of lasers for welding and cutting he has worked in a number of management positions for engineering, applications and sales of industrial lasers and systems in Europe and the US.

He holds a degree in Aeronautical Engineering from Southampton University and a post graduate diploma in welding engineering

About Us

NUBURU® is leading the transformation to a world of high-speed, high quality metal machining and processing. Our ground-breaking blue laser technology has defined a new class of high-power, high-brightness blue lasers, which each enable radical gains in speed and quality for metal processing, starting with the standard AO laser and the high-brightness AI laser, which each enable radical gains in speed and quality for metal processing.

NUBURU lasers unlock a path to new designs for both conventional laser-metal machining and additive manufacturing (3D printing). Followed by Aluminum and Steel, Copper welding was the first application to benefit from the unique capabilities of the blue laser, with rapid processing and spatter-free welding that enables many new applications with all metals not possible with infrared lasers.

Our technologies and products open similar possibilities beyond metal and material processing.

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