915nm 300W High Power Fiber Coupled Diode Laser – K915FA0RN-300.0W Johanna Taieb Key Features: 915nm wavelength 300W output power 200µm fiber core diameter 0.22N.A. 1020nm-1200nm feedback protection
976nm 10W Multi-Function Detachable Diode Laser – K976F14CA-10.00W Johanna Taieb Key Features: 10W output power 976nm wavelength Standard fiber coupling for 200μm/ 0.22NA Customer options: Red aiming beam Power PD Thermistor TEC
976nm 140W Wavelength-Stabilized High Brightness Fiber Coupled Diode Laser – K976BN1RN-140.0W Johanna Taieb Key Features: 976nm wavelength 140W output power 106.5µm fiber core diameter 0.22NA 1040nm~1200nm feedback protection
976nm 27W Wavelength-Stabilized Fiber Coupled Diode Laser – K976AAHRN-27.00W Johanna Taieb Key Features: 976nm wavelength 27W output power 105µm fiber core diameter 0.22N.A. Narrow bandwidth △λ<0.7nm 1040nm-1200nm feedback protection
976nm 330W High Power Fiber Coupled Diode Laser – K976DA0RN-330.0W Johanna Taieb Key Features: 976nm wavelength 330W output power 200µm fiber core diameter 0.22N.A 1020nm-1200nm feedback protection
976nm 9W Wavelength-Stabilized Fiber Coupled Diode Laser – K976AB2RN-9.000W Johanna Taieb Key Features: 976nm wavelength 9W output power 105µm fiber core diameter 0.22NA Narrow bandwidth △≤0.7nm 1020nm-1200nm feedback protection
Active (2+1)x1 Combiner Johanna Taieb Key Features: High Pump Transfer Efficiency Wavelength Insensitivity Customized Configurations Available
ALCOR SERIES – ULTRA COMPACT FEMTOSECOND LASER Michael Iluz Key Features: High repetition rate : 80 MHz High power : from 1W to 2W 100 fs – 180 fs
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
AOKit Bio: Adaptive Optics Kit for Microscopy Miki Iluz Advantages of AOKit Bio: Choose your elements depending on your needs : AO loop can be integrated with different phase modulators, such as deformable mirrors or spatial light modulators (SLM) Doubles the number of detected photons Operate in both closed and open loop mode Save time implementing your AO set-up
Compact Fizeau wavemeter FZW600 Miki Iluz Key Features Absolute accuracy 600MHz Measurement precision 50MHz Up to 250 measurements/s Operation over 400-1100nm without recalibration Rapid on-device measurement, no host computer required! Integrated PID controller for wavelength stabilisation Interactive display for control and diagnostics Ethernet and USB interfaces Compact form-factor, 146 x 120 x 81 mm
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
Conduction-cooled QCW stacked array Bernard Azout Key Features: QCW operation 60 W to 400 W QCW per diode bar Standard wavelength 795 to 830 nm, 880 nm, 9xx nm Space qualified technology (vacuum, irradiation) Low thermal resistance assembly package Mechanically robust, shock and vibration resistant
DIADEM SERIES – COMPACT HIGH-ENERGY FEMTOSECOND LASER Michael Iluz Key Features: High energy Compact Highly configurable pulses Air-cooled
Dual QCW linear stacked array Bernard Azout Key Features: QCW operation Highly compact design Custom multi-stacks design available up to 5 stacks Wavelengths: 795-830 nm, 880 nm and 9xx nm Low thermal resistance assembly Mechanically robust, shock and vibration resistant Approved for defense and space applications
Duetto 349 UV Series Laser – Single Frequency CW UV Laser Michael Iluz Key Features: Narrow Linewidth: ≤ 0.5 MHz High Power Stability: ≤ 2.0 % High Spectral Stability: ± 1.0 pm Designed for Integration