Piezoelectric MOEMS · beam steering · optical scanning
Low-voltage piezo actuationDesigned for compact optical systems where power and size matter.
1D / 2D resonant architecturesDevice concepts can be aligned with scan function and optical requirements.
Mechanical optimisationMirror geometry, reinforcement and actuator configuration can be co-engineered.
Engineering to scale-upA commercial route from early devices toward repeatable wafer-level programs.
Piezoelectric MEMS Micromirrors
Custom resonant micromirror development for fast, precise beam steering and optical scanning with low-voltage piezoelectric actuation. 25FAB supports project-specific device engineering, engineering samples and a structured route toward repeatable wafer-level manufacturing.
25FAB Micromirror Platform
Micromirror architecture. Focused commercial story.
The hero visual is based on the platform's circular mirror, piezoelectric actuator and wire-bonded die architecture. Technical development evidence and selected publications are presented below.
Capabilities
Built around the device requirements that matter
A concise commercial presentation for optical OEMs, system developers and advanced R&D teams.
01
Resonant beam steering
Custom micromirror architectures for fast optical scanning and compact beam-control functions.
02
Mirror mechanics
Mirror aperture, structural geometry and backside reinforcement concepts can be tuned to the project.
03
Piezoelectric actuation
Low-voltage actuation and actuator-layout engineering for power-sensitive optical subsystems.
04
Scale-up planning
Engineering samples, process iteration and a clear manufacturing path rather than a one-off research device.
Applications
High-value optical systems
Positioned for customers who need a custom MEMS optical device rather than catalogue scanning hardware.
Research evidence
Three selected micromirror / MOEMS publications
Prior peer-reviewed work is shown as technical heritage. It supports the engineering background without implying ownership of third-party facilities or equipment.
Novel Piezoelectric MOEMS Platform
2022Research output — Poster — peer-reviewSilicon Austria Labs research output
Novel Piezoelectric MOEMS Platform
2022Research output — Poster — peer-reviewSilicon Austria Labs research output
- Authors
- Anton Lagosh; Yanfen Zhai; Sarah Risquez; Annalisa De Pastina; Nikolai Andrianov; Lukas Vojkuvka; Jaka Pribošek; Adrien Piot; Mohssen Moridi
- Output
- Research output — Poster — peer-review
- Year
- 2022
- Publisher / context
- Silicon Austria Labs research output
Prior R&D work demonstrating a piezoelectric MOEMS technology platform and micromirror development heritage.
Arbitrary Shaped Backside Reinforcement for Two Dimensional Resonant Micromirrors
20232023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)IEEE
Arbitrary Shaped Backside Reinforcement for Two Dimensional Resonant Micromirrors
20232023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)IEEE
- Authors
- Takashi Sasaki; Adrien Piot; Anton Lagosh; Clement Fleury; Markus Bainschab; Yanfen Zhai; Marcus Baumgart; Sara Guerreiro; Dominik Holzmann; Aleš Travnik; Mohssen Moridi
- Output
- 2023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)
- Year
- 2023
- Publisher / context
- IEEE
Peer-reviewed conference paper on backside reinforcement concepts for two-dimensional resonant micromirrors.
Open publication
Piezoelectrically Actuated Micromirror with Dynamic Deformation Compensation Mechanism
20232023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)IEEE
Piezoelectrically Actuated Micromirror with Dynamic Deformation Compensation Mechanism
20232023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)IEEE
- Authors
- Takashi Sasaki; Adrien Piot; Jaka Pribošek; Anton Lagosh; Clement Fleury; Markus Bainschab; Yanfen Zhai; Marcus Baumgart; Sara Guerreiro; Dominik Holzmann; Aleš Travnik; Mohssen Moridi
- Output
- 2023 IEEE 36th International Conference on Micro Electro Mechanical Systems (MEMS)
- Year
- 2023
- Publisher / context
- IEEE
Peer-reviewed conference paper addressing dynamic mirror deformation compensation under piezoelectric actuation.
Open publication Project route
From optical requirement to engineering device
The customer only needs to start with the target optical function. 25FAB can then structure the device-development discussion.
Have a beam-steering requirement?
Email the target wavelength, scan range, aperture, frequency, voltage constraints and expected project volume. No website form or account is required.