Showing 33–39 of 39 results
Johanna Taieb
Key Features:
6, 10 or 15 mode multiplexer
Operation over C-band (1550 nm)
Low insertion loss and high mode selectivity
Ultra compact design
Optimized for commercially available few-mode fibers
Johanna Taieb
Key Features:
3x to 10x Spatial mode demultiplexer
Higher numerical aperture at the receiver
Standard telecom single-mode fiber outputs
Low insertion loss
Passive optical system
Airborne packaging available
Johanna Taieb
Key Features:
Optimal beam combining (coherent or non-coherent combining)
Large number of sources combined
Low transmission losses
High power handling
Johanna Taieb
Key Features:
Compensation for atmospheric turbulence
Free-space receiver to a single-mode fiber output
Plug-and-play and easy to install
No moving parts
Michael ILUZ
Main features:
Custom wavelength available from UV to IR
Ultrafast switching time (opened-opened) 500 μs
Switching frequency range 0-500 Hz
Laser power up to 200W
Laser beam polarization independent
Compact vertical design
Compatable with femtosecond lasers
Application examples:
Laser cutting
Engraving
Laser surgery systems
Research
Michael ILUZ
Main features:
Highest beam pointing stability (<0,5 mrad)
Fused silica optical elements
Grease free mechanical design
Sliding lens design
Diffraction limited performance for all magnifications
Application examples:
Laser micromachining
Research
Johanna Taieb
RECOMMENDED APPLICATIONS
– Free-space communication
– Astronomy
– Microscopy
– Ophthalmology
– Ultra-intense lasers
KEY FEATURES
– Modal Wavefront Analysis + Intensity Analysis
– Wavefront Correction Diagnosis + Influence Matrix Analysis + AO Control
– System Integrate using either C/C++, Python or Labview SDK
– Several hundred available functions
– Dozens of examples