ML6600 – high-power laser system with multi-wavelength support Bernard Azout Key features: ML6600 laser system has 1-3 receptacle laser outputs. The control, cooling and driver are integrated, and the control supports both analog and digital modes. • Wavelengths: 400–2000 nm • Power range: up to 120 W, depending on the wavelength
Mode Fiels Adaptator (MFA) Johanna Taieb Key Features: High Signal Transfer Efficiency Low Degradation of Beam Quality High Power Operation (Forward version) Wide Wavelength Range Applicable Customized Configurations Available
mu-DM: Deformable mirror for microscopy & ophthalmology Miki Iluz Features of µDM deformable mirror for microscopy Fast closed-loop convergence and accurate sensorless correction with perfect linearity and absence of hysteresis Preserved photon budget with achromatic, highly reflective and continuous membrane Long-term stability with temporal drift automatic compensation Large dynamic range with 50% of actuators stroke still available while generating 40 microns PtV of focus Fine timing control with trigger-in and trigger-out features Easy integration with electronics embedded in a single-piece design and connection via a USB3 cable Correction up to 10th Zernike order thanks to optimized actuator layout
Nps – Narrowband ps lasers Johanna Taieb Key Features: 1064.3 +- 0.1 nm 7ps spectral width <0.3nm 40MHz air-cooled and liquid-cooled version
ONDA NS Q-SWITCHED DPSS LASER Johanna Taieb Key Features: Up to 0.8mJ pulse energy @355nm @532nm @1064nm 2 to 10ns pulsewidth Single shot to 100kHz MOPA configurations Monolithic design Air cooling Low heat waste
Optical Engineer Companion INFO 800+ combinations Pick a R-FLEX Choose a HASO Select a LA Select Sources
Pulsed laser diode illuminator: Illuminator for high pulse repetition rate Bernard Azout Key Features: Energy and pulse width from 1mJ/100ns to 2.5mJ/200ns Up to 10 kHz pulse repetition rate Up to 20 W average power Single wavelength emission among 808, 915, 940 or 980 nm (other wavelengths in option) Fast axis collimation of diode bars included High reliability (> 100 x 109 shots) Robust design integrated into a closed protective housing
Pulsed laser diode illuminator: Illuminator for multi-wavelength emission Bernard Azout Key Features: Energy per diode and pulse width from 1mJ/80ns to 2mJ/130ns Up to 8mJ overall energy & 24W average power Up to 6kHz pulse repetition rate in continuous mode (up to 10kHz available in burst mode) Multi-wavelength emission possible with up to 4 wavelengths among 808, 915, 940 or 980 nm Fast axis collimation of diode bars included High reliability (> 100 x 109 shots) Robust design integrated into a closed protective housing
Pulsed laser diode illuminator: Illuminator for short pulses – packaged version Bernard Azout Key Features: Energy and pulse width from 1 mJ/30ns to 4mJ/100ns Maximal pulse repetition rate between 1 and 6 kHz Up to 6 W average power Single wavelength emission among 808, 915, 940 or 980 nm (other wavelengths in option) Fast axis collimation of diode bars included High reliability (> 100 x 109 shots) Robust design integrated into a closed protective housing
Pulsed laser diode illuminator: Illuminator for short pulses – ultra-compact OEM version Bernard Azout Key Features: Energy and pulse width from 1 mJ/30ns to 4mJ/100ns Maximal pulse repetition rate between 1 and 6 kHz Up to 6 W average power Single wavelength emission among 808, 915, 940 or 980 nm (other wavelengths in option) Various beam geometry available High reliability (> 100 x 109 shots) Easy to integrate, robust design
Pulsed laser diode illuminator: Illuminator for ultra-short pulses Bernard Azout Key features: Energy and pulse width from 2µJ/3ns to 10µJ/3ns Maximal pulse repetition rate between 100 and 500 kHz Up to 1 W average power Single wavelength emission among 808, 905, 915, 940 or 980 nm (other wavelengths in option) Fast-axis collimation upon request for one-bar diode design High reliability (> 100 x 109 shots) Robust design, shock and vibration resistant
QCW linear bar array Bernard Azout Key Features: QCW operation Highly compact design Conductively cooled package (water cooled also available) High conversion efficiency Wavelengths : 795 – 830 nm, 880 nm and 9xx nm Option with FAC lens High temperature option available Mechanically robust as well as shock and vibration resistant
QCW mini-stacked array Bernard Azout Key Features: High power density (500 to 1000 W QCW out of 3×3 mm² – 1200 to 2400 W QCW out of 5×5 mm²) Highly compact design Square emission area Wavelength: 795–830 nm, 880 nm et 9xx nm Options for multi-color emission Collimation on request High operating temperature range Collimation on request Mechanically robust, shock and vibration resistant
QCW stacked array (FAC) Bernard Azout Key Features: QCW operation Low divergence Fast-Axis Collimation from 0.5° to 1.5° at a 400 µm pitch Customized divergence angles available (ex: 5°, 10°) Up to 400 W QCW per diode bar, pitch from 400 µm to 2 mm Wavelengths: 795 – 830 nm, 880 nm and 9xx nm High efficiency Low thermal resistance package Mechanically robust, shock and vibration resistant Approved for space applications
R-FLEX2 – Visible & NIR optical characterization 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. – 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
R-FLEX2 LA (Large Aperture) Johanna Taieb 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