NEWS 17 April 2021

DSPE boardmember received his PhD degree

Matthijs van Gastel recently received his PhD degree for his thesis “Automated sub-micron accurate #optical #fiberalignment for #photonic applications”. Research from Matthijs has shown an improved method of constructing #fiberarrays, which could significantly improve efficiency and lower...


Matthijs van Gastel recently received his PhD degree for his thesis “Automated sub-micron accurate #optical #fiberalignment for #photonic applications”.

Research from Matthijs has shown an improved method of constructing #fiberarrays, which could significantly improve efficiency and lower the cost of developing #photonicchips.

Matthijs’ fiber array positions fibers next to one another and affixes them to a glass plate with glue. To test the suitability of this method, Matthijs performed simulations and experiments. Results showed high predictability of the glue’s behavior, making it a suitable technique for the #alignment of #opticalfibers.

The method employs an entirely new machine setup to align fibers with #nanometer accuracy. In testing a prototype of the machine, Matthijs demonstrated that it is able to assemble a 16-fiber array within minutes and with less alignment errors compared with current systems.

Dutch Society for Precision Engineering congratulates Matthijs (board member of our society) with his PhD degree! More info: News item on www.tue.nl


References

Order of frictions and stiffnesses…

For lumped systems consisting of different frictions and stiffnesses, there has been confusion in literature about hysteresis curves and virtual play for many decades.

Read more
Make it clean

In mid-April, the second edition of the Manufacturing Technology Conference and the fifth edition of the Clean Event were held together, for the first time, at the Koningshof in Veldhoven (NL).

Read more
Bringing particles to light

Particle contamination monitoring and cleanliness control are fundamental to micromanufacturing processes across diverse industries to achieve cost-effective production of high-quality and reliable microscale devices and components.

Read more