NEWS 7 November 2021

Lunch Lecture December hosted by Sioux Technologies

“Hope for the best but prepare for the worst”End-stop design challenges in Mechatronic Systems. By Ronald Plak, Mechanical System Architect at Sioux Technologies. Do you dare to let your design...


“Hope for the best but prepare for the worst”
End-stop design challenges in Mechatronic Systems.

By Ronald Plak, Mechanical System Architect at Sioux Technologies.

Do you dare to let your design crash on purpose? End-stops should never fail but how can you be sure?

By pushing our mechatronic designs to the limits also the end-stops often become critical and a limitation for the system performance.

The key to creating a robust end-stop solution is “keeping it simple”. But to create a simple design that works you do need to understand the complex crash behavior first.

In this presentation we will take you along some struggles from architecture choices, design optimizations, dynamic analysis, and testing. But most of all we will focus on some fascinating crash phenomena as hammering, re-bouncing and dynamic force amplifications so that they won’t surprise you when you need a crash device you can trust for your next critical application.

We will start at 12:02pm on December 6

Please send an email to info@dspe.nl if you are interested in this Lunch lecture.


References

Techcafé met als thema Manufacturability

Dé plek om ongedwongen nieuwe contacten op te doen én onder het genot van een borrel en bitterbal te sparren over tech onderwerpen.

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Marriage of opto-mechatronics and electron…

This year’s DSPE Opto-Mechatronics Symposium attracted some 100 participants from academia and industry, all of whom seized the opportunity for networking, meeting technical peers, and visiting an interesting small-scale exhibition.

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Working with LEM and FEM…

The phenomenon of thermal drift compromises precision as a result of thermal expansion or contraction of components, caused by small variations in temperature.

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