The innovative and disruptive idea is to combine the energy application of US-welding and the very local energy delivery of fs-Laser to exactly the spot where the application needs this bonding between glass-metal. The ultrasonic mechanical wave shall make the assembly possible between glass component and metallic part by improving the performance and success rate of laser welding. It will help to join the “un-joinable” metal-glass.
The advantages of this technology are:
– Applicable to Microprocessing and hence automated process assembly possible
– No heating of the work pieces
– No gluing and hence no curing time needed and no outgasing
– No polymers in the assembly process and in the joint
– Hermeticity achievable is much higher than any other assembly method
– Flat assembly, hence tools from the semicon/automation industry can be used and
integrated in the production/assembly line.
– Very short pace of process steps, hence applicable for high volume production and
can be parallelised.
The targeted applications :
The targeted applications that will profit massively from this quantum leap of hybrid microprocessing assembly technology are the following:
– Medical devices assembly including Type III implants
– Electronic (hermetic) packaging of photonic devices (PIC, Lidar, CCD, etc.)
– Watch assembly of watch crystal to the bezel without mechanical pressing of
polymer seals and high hermeticity
For the first two applications potential clients are awaiting with impassion the results and the patents are applied.
Project Partners:
Yalosys AG
Yalosys is doing the fs-Laser welding.
Yalosys is bringing its deep know-how on leak testing by carrying out these tests.
Yalosys is manufacturing the glass side of the samples for testing.
AAA Assemblage Acoustique Azau
AAA is bringing its deep know-how on ultrasonics by designing and manufacturing the ultrasonic tooling.
AAA is doing the machine modification to integrate the ultrasonic process to the existing laser welding step.
AAA is providing the testing environment.
MPS Micro Precision Systems AG
MPS Micro Prescision Systems AG is driving the usability of the proof of concept by giving the specifications on mechanical strength and hermeticity to be achieved for the applications and/or their premium products.
VIVIOR AG, Anja Starke
Swiss Queen GmbH, Michela Mastropietro
CEDES AG, Martin Hardegger
HUBER+SUHNER AG, Matthias Bleibler
Thoratec Switzerland GmbH, Stephan Rupp
Swisens AG, Erny Niederberger
No-Touch Robotics GmbH, Marcel Schuck
Vario-optics AG, Nikolaus Flöry
IngStaff GmbH, Mehmet Demirel
Oryl Photonics SA, Orly Tarun
FHNW, Bojan Resan
ZHAW, Dirk Penner
FH OST, Oliver Fähnle
xirrus GmbH, Lukas Schuler
SUSS MicroOptics SA, Toralf Scharf
Synova SA, Jeremie Diboine
Infrascreen, Benoit de Combaud
RhySearch Optical Coating, Heidi Thomé
XENLUX AG, Philippe Morel
Photonics Booster
c/o Swissmem
Pfingstweidstrasse 102
Postfach
CH-8037 Zürich
T +41 44 384 42 10
Your registration has been successfully submitted! We’re thrilled to have you join us for the event.
If you have any questions, feel free to reach out to us at:
Phone: +41 44 384 42 10
Email: photonics@swissmem.ch