Webinar - MPLC Beam Shaping for microprocessing and high-power lasers

Cailabs has a unique technology for manipulating the shape of light, called MPLC.
The transformation of spatial modes is a key element based on the succession of transverse phase profiles, similar to highly complex lenses separated by a specific propagation distance.
MPLC allows multiple laser beams to be stably shaped leading to extraordinary optimisation of existing laser processes.
The Canunda product range based on this technique consists of four fully reflective solutions suitable for a broad variety of applications, which Gwenn Pallier will introduce after an insight into MPLC.

All registrants will receive a link to the video recording of the event, even if they did not attend the live session.

Speakers:
Alessandro Baratti - Product Manager at Quantum Design Italy
Gwenn Pallier - Project and Product Manager at Cailabs

Cailabs was founded in 2013 and is a French deep-tech company that designs, manufactures and sells innovative photonics products for telecommunications and industrial lasers. A world leader in complex light shaping, its technology is currently covered by 19 patents. Its innovative components are used in various fields, from aeronautical wiring to factory local area networks, including laser manufacturing. They have contributed to several world records (in particular, the fiber optic throughput record held by the Japanese operator KDDI).

CANUNDA improves the quality, precision, speed and stability of processing for all types of laser source, whether single-mode or multimode.

The CANUNDA range of fully reflective solutions ensure stable, low-loss beam shaping capable of withstanding the high power of cutting or welding lasers or the high energy levels achieved by ultrashort pulse lasers for micromachining processes.

For more information on the Beam Shaping Solutions from Cailabs, click here >>

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