IMG_9988-2
  • Quantum Technology
  • Laser cooling & Trapping
  • Biophotonics & Microscopy
  • Spectroscopy & Imaging
  • PIV/LIBS
  • Frequency Combs

Our company supports scientific research giving to researchers the required technical support and offering them the products they really need such as laser sources in different laser technologies (Solid State, Semiconductor, Gaz, Fiber, Dye, QCL) , laser instrumentation, detection and imaging devices and laser accessories and covering the fields of fundamental and practical research in physics, chemistry, engineering, optical communications and life-sciences studies.

Amplified Lasers (MSA)

 Michael Iluz

Key Features:

  • Wavelength 645nm – 1080nm
  • Output power up to 4W, depending on wavelength
  • High stability wire-cut flexure alignment with simple optimisation procedure
  • User-replaceable TA diode
  • Astigmatic correction lens

Amplified photodetector PDA030

 Miki Iluz

Key Features

  • Measured bandwidth >30MHz
  • Wide spectral response 300 – 1060 nm
  • High quantum efficiency 0.64 at 900 nm
  • Isolated BNC connector to avoid ground loops via the chassis
  • Standard M8 power connector accepting ±7V to ±15V
  • SM1 (1.035”-40) internal thread optical tube mount
  • M4/8-32 threaded holes for easy mounting

​Also available with an InGaAs photodiode for the wavelengths in the range 800 – 1700nm, details available on request.

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 Pulsed Lasers

 Michael Iluz

Key Features:

  • Output energies up to 340mJ
  • Stable telescopic resonator
  • Electronically verified safety shutter
  • 2nd, 3rd, 4th and 5th harmonics
  • High energy TEM00 option available
  • Choice of stable, telescopic or super-Gaussian resonators

DFG Crystals

 Michael Iluz

Key Features:

  • MgO-doped PPLN (5% MgO)
  • AR coated for pump, signal and idler wavelengths
  • Multiple gratings; temperature / wavelength flexibility
  • Crystals supplied mounted in 1mm, 10mm, 20mm or 40mm clips

 

Duetto 532 Series

 Michael Iluz

Key Features:

  • from 100 mW to 1W output power at 532 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output

Economical sub-picometre laser wavemeter MWM

 Miki Iluz

Key Features:

  • Accuracy ±0.001nm (1)
  • Spectral resolution 0.02nm
  • Wavelength readout resolution 100MHz (0.1pm)
  • Any wavelength from 350nm to 1100nm available (2)
  • Picowatt input sensitivity (3)
  • Instantly identifies multimode input
  • Rapid readout (4)
  • CW or pulsed laser input
  • PID feedback laser wavelength stabilisation (5)
  • Ethernet and USB included as standard
  • Compact, 165 x 85 x 70 mm
  • Self-contained, built-in display, can run from battery

Fast servo controller FSC100

 Michael Iluz

Key Features:

  • High-bandwidth PID or PI²D control
  • All-analogue signal processing with propagation delay 40ns
  • Parallel FAST and SLOW control loops
    • Feedback to both current and piezo
    • Flexible control of loop parameters
  • High-bandwidth external modulation
  • Internal ramp generator
  • Two low-noise photodiode power supplies
  • TTL control

HASO EUV

 Johanna Taieb

Imagine Optic’s HASO EUV wavefront sensors offers professionals unsurpassed quality,
precision and ease of use for ultra-short wavelength beam characterization, adjustment
and alignment

Key features:

  • Working wavelength range from 4 to 45 nm, see the specification table below
  • High resolution
  • Large aperture
  • Vacuum compatible
  • Perfectly adapted for laboratory and industrial applications
  • Independent phase and intensity measurements
  • High-Numerical Aperture (NA) model now available

HASO Pack for Universities

 Miki Iluz

HASO wavefront sensor kit for education purpose including:

  • HASO4 VIS
  • WaveView software
  • MTF software
  • PSF software

This sensor can be used in schools or universities for educational purpose

HASO3 128 GE2

 Johanna Taieb

The HASO3 128 GE2 Shack Hartmann wavefront sensor offers unique measurement
performance capabilities with the following key features :

  • highest-resolution : 16,384 independent measurement points
  • largest aperture dimension of 14.6 x 14.6 mm²
  • simultaneous and independent measurement of both phase & intensity measurement
  • largest available dynamic range
  • temperature stabilized for long term measurements

HASO3 FAST

 Johanna Taieb

Imagine Optic’s HASO3 FAST wavefront sensor offers professionals unsurpassed quality,
precision and ease of use.

Key features:

  • Working wavelength range between 400 and 1100 nm
  • highest speed at 905 Hz
  • highest relative accuracy of λ/150 rms
  • true absolute measurement with λ/100 rms
  • simultaneous and independent measurement of both phase & intensity
  • unbeatable accuracy and dynamic range

HASO4 Broadband – ALIGNMENT-FREE WAVEFRONT SENSOR FOR 350-1100NM

 Johanna Taieb

Key Features:

  • Wavefront sensor in-house calibration for 350 -1100 nm
  • λ/100 rms absolute accuracy over 600λ dynamic range
  • Patented measurement of phase and intensity, simultaneously and independently
  • 20 Hz, full pupil
  • WaveView  the industry’s most complete software package, included
  • WaveKit (SDK of WaveView) compatible with C/C++, LabVIEW and Python
  • SpotTrackerfacilitating the usage of hardware and software

HASO4 FAST – 1 KHZ WAVEFRONT SENSOR

 Johanna Taieb

The HASO4 Fast is the new generation of Imagine Optic’s Shack Hartmann wavefront sensor dedicated to application where high-speed wavefront measurement or correction is required. It has been designed to reach very high performances at an attractive price.

Key features include:

  • Working wavelength range between 400 and 900 nm
  • Acquisition frequency up to 1 kHz
  • High repeatability of λ/200 rms
  • Calibration at factory with the absolute measurement accuracy up to with λ/100 rms
  • simultaneous and independent measurement of both phase & intensity

HASO4 FIRST – WAVEFRONT SENSOR OPTIMIZED FOR YOUR WAVELENGTH

 Johanna Taieb

HASO4 First Shack Hartmann wavefront sensors are easy to deploy and install for any applications.

The HASO4 First takes advantage of today’s best technology to provide unique features including:

  • λ/100 rms absolute accuracy over 400λ dynamic range
  • patented measurement of phase and intensity, simultaneously and independently
  • patented microlens array technology manufactured in-house
  • frame rate of 99 Hz for high-resolution or 165 Hz for high-speed acquisition
  • WaveView, the industry’s most complete software package, included
  • WaveKit or SDK of WaveView compatible with C, LabVIEW and MATLAB
  • C-mount compatible entrance aperture – external trigger capability

HASO4 SWIR – HIGH PERFORMANCE WAVEFRONT SENSOR FOR THE SWIR

 Johanna Taieb

The HASO SWIR is Shack Hartmann wavefront sensor based on InGaAs camera offering high accuracy, large dynamic and speed over the SWIR 0.9-1.7um. It’ll be ideal wavefront sensor for optical metrology and adaptive optics with following key features including :

  • ~ λ/100 rms on the 0.9 – 1.7 µm wavelength range
  • simultaneous and independent measurement of both phase & intensity
  • true absolute measurement
  • large dynamic range
  • acquisition frequency up to 150 Hz
  • ultra-short exposure time ( 100ns-9µs) option

HASO4 VIS – AN ECOMONIC WAVEFRONT SENSOR FOR THE VISIBLE

 Johanna Taieb

HASO4 VIS Shack-Hartmann wavefront sensors are easy to deploy and ready for any application in visible spectrum.

The HASO4 VIS takes advantage of today’s best technology to provide unique features including:

  • 10 nm rms accuracy over the full visible spectrum (monochromatic or polychromatic)
  • optimized for large wavelength range (400-700 nm)
  • patented measurement of phase and intensity, simultaneously and independently
  • patented microlens array technology manufactured in-house
  • frame rate of 99 Hz, full-resolution
  • WaveView, the industry’s most complete software package, included
  • WaveKit SDK compatible with C, LabVIEW and MATLAB
  • C-mount compatible entrance aperture – external trigger capability

HIGH ENERGY COMPACT PULSED LASERS

 Michael Iluz

Key Features:

  • Plug and play interchangeable harmonic modules to 213nm
  • Twin-rod architecture for high beam homogeneity
  • Intelligent motorised auto-tuning of harmonics
  • Auto-stabilisation for ‘set and forget’ operation
  • Integrated motorised attenuator
  • Easy connections and fast start up
  • High energy and high repetition rate models
  • Super Gaussian, stable and stable-telescopic resonator options
  • LUCi touchscreen or PC control interface
  • Rugged industrial design

HIGH ENERGY PULSED LASERS

 Michael Iluz

Key Features:

  • Rugged Invar stabilised construction
  • Up to 3.5J at 1064nm
  • Repetition rates up to 200Hz
  • Telescopic or super-Gaussian resonators
  • All harmonics to 213nm available
  • Full energy in <5 minutes at all wavelengths
  • Full RS232 software control
  • Modular design
  • Birefringence compensation
  • Injection seeded option
  • Line narrowing etalon option
  • IGBT switching for long lamp life
  • Fully integrated power supply and water cooler

ILAO Star

 Johanna Taieb

The first mechanical deformable mirror dedicated to ultra intense lasers that can perform adaptive optics correction during full power operation.

ILAO Star is new Imagine Optic’s deformable mirror designed to meet the stringent demands of intense laser users for small to large beam diameters.

  • Perfectly adapted to a beam diameter from 20mm to 500mm
  • Optimized design for your laser beam
  • Dielectric, metallic, or hybrid coating available
  • Replaceable reflective surface and actuator’s motors
  • Excellent optical quality with active flat better than 10 nm RMS and minimal print through effect
  • Large correction capability
  • Mirror shape maintained even without electrical power
  • Compatible with WaveTune software and HASO wavefront sensor

Mirao 52e

 Johanna Taieb

Mirao 52-e deformable mirrors combines large stroke and optical quality with low power consumption and USB2 connectivity.

Mirao 52-e offers advanced capabilities in term of wavefront correction and is very well suited to applications in microscopy.

Key performances include

  • ±50 µm stroke (tilt p/v)
  • 15mm pupil with 52 actuators
  • exceptional surface quality (10 nm rms active flat)
  • excellent stability over time (>10 nm rms / hour / °C)
  • virtually no hysteresis (<2%)
  • near perfect linearity (>95%)
  • open loop control compatible
  • USB2 connectivity

OPO Crystals

 Michael Iluz

Key Features:

  • MgO-doped PPLN (5% MgO)
  • AR coated for pump, signal and idler wavelengths
  • Multiple gratings; temperature / wavelength flexibility
  • Crystals supplied mounted in 1mm, 10mm, 20mm or 40mm clips

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

SHG crystals

 Michael Iluz

Key Features:

  • MgO-doped PPLN (5% MgO)
  • AR coated to <1%R @ pump, <1%R @ SHG wavelengths
  • Multiple gratings; temperature / wavelength flexibility
  • Crystals supplied mounted in 1mm, 10mm, 20mm or 40mm clips

Solo 1064 Series

 Michael Iluz

Key Features:

  • from 100 mW to 3000 mW output power at 1064 nmSLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint
  • lowest power consumption for given output

Solo 640 Series

 Michael Iluz

Key Features:

  • from 10 mW to 1000 mW output power at 640 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint

Solo 689.4 QT Series

 Michael Iluz

Key Features:

  • from 10 mW to 30 mW output power at 689.4 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint

Solo 698 Series

 Michael Iluz

Key Features:

  • from 10 mW to 300 mW output power at 698 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint\
  • lowest power consumption for given output

Solo 698.4 QT Series

 Michael Iluz

Key Features:

  • from 10 mW to 50 mW output power at 698.4 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint

Solo 780.24 QT Series

 Michael Iluz

Key Features:

  • from 10 mW to 100 mW output power at 780.24 nm SLM
  • feedback locked Single Longitudinal Mode CW operation
  • mode hops and lock loss free
  • very low noise performance
  • excellent beam quality from smallest footprint

Supercontinuum SC-5

 Michael Iluz

Key Features:

  • >500mW Total Power
  • Wavelength  470nm-2400nm
  • Spectrum Power Density >-10dBm/nm
  • Spectrum Stability <0.1dB
  • Bluetooth Connection
  • Single mode fiber with FC connector