Showing 1–16 of 32 results
Key Features:
Key Features:
RECOMMENDED FOR
– Wide field
– Confocal
– Multiphoton
– Light sheet
– STED and SIM microscopy, as well as FCS or optical tweezers
KEY FEATURES
– HASO4 First or HASO4 SWIR
– MicAO soft
– Wavekit SDK
– MirAO 52e/52es or any compatible DM or phase modulator
Key Features:
• Readout chip type: Timepix3
• Spatial resolution: 256 x256 pixels, 55 µm pitch
• Time resolution: 1.6 ns
• Interface: USB 3.0 (Super-Speed)
• Power: External or via second USB 3.0
• Max. readout speed: 40 million pixels / s
• Dimensions: 125 x 79 x 25.5 mm
• Weight: 503g
BEST FOR
– HHG, synchrotron and EUV-FEL beam alignment and characterization
– Mirror alignment in beamlines, Bender optimization
– Stability characterization
– Schwarzschild telescope alignment and characterization
– Zoneplace characterization
– Plasma science
BEST FOR
– Source characterization
– Real-time alignment of optical systems, e.g., KB, toroidal, etc.
– Phase imaging of biological material, nanoparticles, archeological artifacts
– Precise driving of X-Ray active optics
BEST FOR VERSATILITY
– A great choice for lab or industrial application
– Successfully used in the most demanding of applications in optical metrology, microscopy and laser diagnostics.
– Optimize the alignment of complex systems
– On and off-axis 3D MTF
BEST FOR CHALLENGING APPLICATIONS
– High spatial sampling frequency
– Very large dynamic range
– Freeform optics characterization
– Parabolic mirrors characterization
– High spatial frequency aberrations
TOP FEATURES
Thousands of measurement points in the beam
Can accomodate near-field and far-field measurement
Spatio-spectral couplings measurements : angular dispersion, spectral focal shift, etc
Lightweight laptop-friendly software
SpotTracker auto-align technology
KEY SPECS
550 – 1000 nm spectral range
Very high spectral and spatial resolution
1Hz repetition rate, for standard [750-850] nm spectral range with 1nm resolution
Input beam : Collimated (default) – Any F/# (optional)
BEST FOR
Physicists, laserists, and laser systems designers
Compressors alignment
Spatio-spectral couplings understanding and control
Characterization of compressed beam down to 5fs
Broadband systems alignment
BEST FOR VERSATILITY
– High spacial samplig frequency
– Very large dynamic range
– Freeform optics characterization
– Parabolic mirrors characterization
– High spacial frequency aberrations
BEST FOR VERSATILITY
– A great choice for lab or industrial application
– Sucessfully used in the most demanding of applications in optical metrology, microscopy and laser diagnostics.
– Optimizes the aligment of complex systems
– On and off-axis 3D MTF
BEST FOR
– Loops compensatinf for atmospheric turbulence
– Laser beam optimization
– Freespace communications
BEST FOR
– Adaptive Optics applications for microscopy or UHIL
– OEM applicaitons in optical metrology and beam diagnostics
– AO for high-power laser optimization
BEST FOR
– Optical metrology
– Adaptive optics applications such as long-range communication
– Optimizing the alignment of complex systems
– Light-source characterization
BEST FOR
– Telecommunications
– IR Lasers
– SWIR lasers
– Optical systems in the SWIR
– LIDAR application
Key Features:
