The ACTMOST programme has been finalised and replaced by the ACTPHAST programme. Please check the ACTPHAST website to discover how ACTPHAST can accelerate your photonics innovation.
Watch now - Our technologies
VUB: Micro-optics fiber array connector
VUB: Atomic Force Microscope
VUB: Packaged optical interconnect module
VUB: Micro-lens characterization Mach-Zehnder
VUB: Fiber coupling experiment
VUB: LED-based projector , Proof-of-concept demonstrator
VUB: Micro-lens characterization Twymann-Green
VUB: Deep Proton Lithograqphy
VUB: High magnification microscopy
VUB: Optical on-chip interconnects
VUB: Optical on-chip interconnects
VUB: Micro- lens quality control
IMEC
IMEC
IMEC
IMEC
IPHT
IPHT
IPHT
IPHT
IPHT
IPHT
IPHT
MPL
MPL
MPL
MPL
MPL
MPL
MPL
UEF
UEF
UEF
UEF
UEF
CNRS
CNRS
CNRS
CNRS
CNRS
CNRS
CNRS
CNRS
KIT: Lithography setup in the cleanroom
KIT: Working in cleanroom
KIT: Optofluidic laser in a foil
KIT: Optical Grating Structures done by UDXR
UFC: Micro-lenses
UFC: Micro-lenses
UFC: Silicon mould
UFC: MEMS electrostatic comb-drive X-Y microstage
UFC: Electrostatic comb-drive actuator
UFC: MEMS X-Y microstage
UFC: MEMS X-Y microstage
UFC: Electrostatic Z-axis microlens scanner
UFC: MOEMS electrostatic Z-axis microlens scanners
UFC: MOEMS electrostatic Z-axis microlens scanner
UFC: MOEMS electrostatic Z-axis microlens scanner
UFC: MOEMS electrostatic Z-axis microlens scanner
WUT : Spectrofluorometric setup (emission&excitation spectra, fluorescence lifetimes) – spectral range 180-10000 nm, temperature range 10-700 K
WUT : Excitation source - pulsed laser system Nd:YAG + OPO
WUT : Liquid helium cryostate
WUT : Laboratory of fiber optic photonics – wavemeter, tunable lasers, power meters
WUT : Laboratory of fiber optic photonics – OTDRs for multimode and singlemode fibers
WUT : Laboratory of fiber optic photonics – measurements of an active fiber doped with erbium ions
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