News from MetisMotion

This year we had the great opportunity to participate for the second time in the world’s leading trade fair for automation technology, the automatica in Munich. Our primary goal was to present the remarkable functional and design flexibility of our pioneering drive technology naXture to a broad public.

We got this far together! Milestone after milestone, from our foundation in 2018 to the launch of our naXture Guide actuator family last year.
We felt the need to say Thank You!

After you have already experienced how the design of a single-stage naXture actuator works, we are now taking it to the next level:
High forces AND high speeds, combined in a compact, efficient actuator.

Finally the time has come!
At this year’s automatica, we were able to introduce ourselves and share our unique actuator solution with countless interested people.

The highlight: naXture Guide – the world’s first actuator with the sixth sense!

Less than a year after the launch of our technology platform naXture and the first product family naXture Go, we are now ready to open the next chapter in drive technology – with naXture Guide!

The new variant of our electro-hydraulic converter (EHC) has been optimised for greater flow, so that up to 40% higher extension speeds can now be achieved.

Funded by the Bavarian Technology Promotion Programme plus (BayTP+), the “PIA” project aims to make polymer actuators usable for greater force and displacement requirements, thus making them a valid technical option.

Application task “unlatching” explained – step by step – from the analysis to the verification of the selection in the force-velocity map.

Get to know MetisMotion as a company.
Understand why, despite existing electrified drive solutions, another one is needed.
Get right into the naXture technology platform and get a better understanding of what is already possible today.

In line with the product launch, we start with the demo application “Weight Lifting” and go – step by step – from the analysis to the verification of the selection in the force-verlocity map.