Showing all 9 results
BEST FOR
– Loops compensatinf for atmospheric turbulence
– Laser beam optimization
– Freespace communications
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
– Mirror shape maintained even without electrical power
– Excellent optical quality with active flat better than 10 nm rms and minimal print-through effect
– Perfectly adapted to a beam diameters ranging from 20 to 500 mm
– Dielectric, metallic, or hybrid coating available
– Compatible with WaveTune software and every HASO wavefront sensors
– Optional SDK in C, Python, Labview
BEST FOR
– Correcting aberrations in full-power mode
– Focal spot correction
– Wavefront precompensation
– Particle acceleration
– High harmonic generation
KEY SPECS
– Optical quality enabling Strehl Ratio > 0,9
– Closed-loop processing frequency ≥ 10Hz
– Very low hysteresis (less than 0.5%)
– Very high correction capability
– No backlash compensation needed
– Completely customized to laser’s parameters
– Easy maintenance for actuator or substrate replacement
– Any angle of incidence ≤ 45°
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.
– Optimize the aligment of complex systems
– On and off-axis 3D MTF
KEY SPECS
– Multiple options as per focusing objectives and collimating beam sizes
– λ/200 RMS measurement accuracy in double-pass configuration
– Insensitive to vibrations and atmospheric turbulence
KEY FEATURES
Extends the capabilities of HASO RFLEX for analyzing large optics and optical surfaces such as filters, dichroic beam splitters, head-up displays, eyewear, optical windows, flat mirrors, polarization scramblers.
KEY SPECS
– 400-1100 nm wavelength
– Insensitive to vibration
– Beam 30-150 mm ф
– Up to 21,000 sampling points
– Up to 1 kHz acquisition frequency
BEST FOR VERSATILITY
– Characterize optical surfaces
– Characterize chromatic aberrations
– Analyze the transmitted wavefront of optical systems with double-pass configuration
– Optimize the alignment of complex systems
– On and off-axis 3D MTF
KEY SPECS
– Multiple options as per focusing objectives and collimating beam sizes
– λ/200 RMS measurement accuracy in double-pass configuration
– Insensitive to vibrations and atmospheric turbulence
