500 A -100 V pulsed power supply for QCW diodes Bernard Azout Key Features: Reliable – Industrial grade components Universal AC input: 115-230 VAC / 50-60 Hz Diode voltage: 0 to 100 V Floating outputs 2 channels option, independent (2×500 A) or paralleled (1×1000 A) High efficiency: 80% typical from AC input Output overvoltage, overcurrent, short-circuit & open circuit protection Touch screen functions: pulse parameters, protection level settings, measurement & error readings Communication interface: all settings and measures available through I2C, SPI, CAN or Ethernet
AOKit Bio – Build any AO system for microscopy Johanna Taieb 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
Compact motorized laser beam expanders MEX Michael ILUZ Main features: Highest beam pointing stability (< 0,1 mrad) All-in-one design with integrated controller Two lenses simultaneous movement assuring no misfocus Absolute encoder (both lenses) Adjustment time <1s (all magnifications) Fused silica optical elements No homing after switching on/off Diffraction limited performance for all magnifications Application examples: Precise laser micromachining Life sciences Research
Fixed ratio laser beam expanders FEX Michael ILUZ Main features: Divergence adjustment Galilean optical design UVFS optical elements Grease free mechanical design Wide wavelenght adoption – 200 nm to 2 μm Application examples: Laser materials processing Medical Research
Flat top converter FTC Michael ILUZ Main features: Quick change between Gaussian and Flat-top beam The beam profile remains Flat-Top shape along optical axis Integrated controller Designed according your laser specs Clear aperture up to 15 mm Quick switching time – 0.2 sec High damage threshold up to 10J/cm2 (10 ns @ 1064 nm) Conversion efficiency up to 70% (while on Flat-Top mode) Application examples: Precise laser micromachining Life sciences Research
HASO EUV Johanna Taieb 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
HASO HXR – Broadband Hard X-Ray Wavefront Sensor Johanna Taieb 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
HASO LIFT 272 – The only 400 – 800 nm High-Resolution Alignment-Free Wavefront Sensor Johanna Taieb 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
HASO LIFT 680 – The only 680×504 Phase-Points Resolution Alignment-Free Wavefront Sensor Johanna Taieb BEST FOR CHALLENGING APPLICATIONS – High spatial sampling frequency – Very large dynamic range – Freeform optics characterization – Parabolic mirrors characterization – High spatial frequency aberrations
HASO Multispectral – VIS-NIR spectrally-resolved wavefront sensor Johanna Taieb 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
HASO4 126 VIS – High spatial sampling wavefront sensor Johanna Taieb BEST FOR VERSATILITY – High spacial samplig frequency – Very large dynamic range – Freeform optics characterization – Parabolic mirrors characterization – High spacial frequency aberrations
HASO4 Broadband – The advanced metrology wavefront sensor Johanna Taieb 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
HASO4 FAST – 1 kHz wavefront sensor Johanna Taieb BEST FOR – Loops compensatinf for atmospheric turbulence – Laser beam optimization – Freespace communications
HASO4 FIRST – Quality Wavefront Sensing in the 400-1100 nm Spectrum Johanna Taieb BEST FOR – Adaptive Optics applications for microscopy or UHIL – OEM applicaitons in optical metrology and beam diagnostics – AO for high-power laser optimization
HASO4 SWIR – High performance wavefront sensor for 0.9 – 1.7µm Johanna Taieb BEST FOR – Optical metrology – Adaptive optics applications such as long-range communication – Optimizing the alignment of complex systems – Light-source characterization
HASO4 SWIR 1550 – Wavefront sensor for telecommunications and SWIR Lasers Johanna Taieb BEST FOR – Telecommunications – IR Lasers – SWIR lasers – Optical systems in the SWIR – LIDAR application