WAVEFRONT MEASUREMENT AND CONTROL SOFTWARE

High performance wavefront measurement, control and sensorless optimization

PHOTON LOOP

High performance wavefront measurement and control software

Photon Loop is an easy and high performance wavefront measurement and control software

Photon Loop can be connected to any type of camera: CMOS, fast CMOS, SWIR and high speed cameras. Photon Loop offers many features: easy connection with other software using TCP IP protocol.

CONVERGE

Wavefront sensorless correction software with just one button

Easy hardware integration

It is easy to use it with any type of microscope detector. The optimization is fast and easy. There is also the possibility of fast axial defocus scan.

Wavefront correction software with just one button

Adaptive lens with an automatic wavefront correction system is the easiest way to carry out wavefront optimization. Converge does not require a wavefront sensor. Used in combination with an adaptive lens offers a plug and play solution for any optical system. It is ideal for any type of microscope: bright field, confocal, light sheet, multiphoton and super resolution.

Converge instructions

Converge mobile phone display optimization

Real Time Controller

Full Adaptive Optics Real Time Control Loop Software

Key Features

  • High speed: Operation rates up to 7 kHz
  • Multi input Multi Output system (MIMO)
  • Command latency <30µs, jitter < 1 µs
  • Flexible architecture: compatible with deformable mirrors from Dynamic Optics, Alpao and Boston Micromachines
  • Advanced configurations: SIMO and MIMO options available upon request
  • Ideal for atmospheric turbulence correction and high power laser beam control

The Dynamic Optics Real-Time Adaptive Optics (RT-AO) Controller

The RT-AO Controller is built to deliver exceptional performance for adaptive optics systems, particularly in correcting atmospheric turbulence.

Optimized with a Linux real-time kernel and workstation-grade hardware, the controller ensures maximum responsiveness and stability. It features an integrated OPC-UA server, allowing for seamless reception of adaptive optics commands and efficient dissemination of system status data.

Thanks to this server-based architecture, the RT-AO Controller can run the high-speed adaptive optics loop independently of external communications. It supports multi-endpoint monitoring while maintaining control through a single master client.