EVENT 25 January 2024

DSPE Opto – mechatronics Symposium 2024

Theme: Opto-mechatronics meets Electron Optics


About this event

Following up on earlier successful editions, we are organizing the 6th edition of the DSPE Symposium on Opto-mechatronics for October 8, 2024 at Mikrocentrum in Veldhoven.

Opto-mechatronics is used in a wide variety of optical systems. In the previous editions, the focus of the Opto-mechatronics symposium was mainly on optical systems using light, such as optical microscopes and optical lithography systems based on light sources, mirrors and lenses.

In this edition, we want to focus on systems based on electron beam and ion beam optics. These  complex opto-mechatronics systems with great resolving power, are used in multiple applications, like electron-microscopes, electron or ion beam lithography systems and tools for pico-meter level ion beam figuring.

All the information about this event you can find here DSPE Symposium 2024 – DSPE.

Please contact us for any further questions info@dspe.nl

The organizing committee DSPE Opto-mechatronics Symposium:

Cor Ottens, Pieter Kappelhof, Stefan Bäumer, Hans Vermeulen, Nandini Bhattacharya, Julie van Stiphout

 


8 October 2024


The Netherlands

Mikrocentrum, de Run 1115 Veldhoven


References

DSPE appoints Martin van den…

Upon his retirement from ASML, Martin van den Brink was appointed honorary member of DSPE.

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High-velocity innovation

Making crucial design decisions early in the concept phase of a project, may lead to severe cost and time overruns when these decisions are based on assumptions and/or incomplete knowledge.

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Hybrid variable-reluctance actuator technology on-sky

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References

DSPE appoints Martin van den…

Upon his retirement from ASML, Martin van den Brink was appointed honorary member of DSPE.

Read more
High-velocity innovation

Making crucial design decisions early in the concept phase of a project, may lead to severe cost and time overruns when these decisions are based on assumptions and/or incomplete knowledge.

Read more
Hybrid variable-reluctance actuator technology on-sky

Astronomers use deformable mirrors to improve the image of a telescope by correcting for the optical distortions caused by atmospheric turbulence.

Read more