Showing 33–48 of 218 results

AOKit Bio

 Johanna Taieb

The AOKit Bio consists of the HASO4 First wavefront sensor and the Mirao 52e electromagnetically deformable mirror.

The AOKit Bio allows you to build the adaptive optics system that best suits your individual needs. Whichever microscopy method you are using, adaptive optics allows you to pre-compensate aberrations present in your imaging system and to improve your image quality.

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

BeamPro

 Michael Iluz

Key Features:

  • Compact design
  • User-friendly and powerful software
  • High resolution (up to 24 Mpx)
  • Small pixel size (down to 1.67 µm)
  • Large sensor size (up to 25 mm)
  • C-mount

 

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

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