µLight Vision
Complete package including µLight source, camera and simple, powerful software.
Intuitive interface for setting illumination patterns.
Several compatible camera models.
Optimized real-time processing methods.
Time Lapse, incremental recording.
µLight Vision Softawre
Designed for users, by users.
Large image display area.
Only essential settings.
Advanced Time Lapse mode.
Efficient pattern definition GUI
Click, save, edit.
Compatible with all our source models (25, 49, 59, 61 pixels).
Color selection via colormap or RGB values.
Simple control of illumination
Only 5 buttons.
4 are fully customizable (button name, illumination pattern, imaging method).
Illumination pattern displayed in real time.
Phase contrast made easy and powerful
No setting | >>> | Reproducibility of experiments, rapid set-up |
No polarizer | >>> | Use of plexiglass (PMMA) supports |
No special objective | >>> | Cost reduction, no intervention on the microscope, rapid experiment preparation, compatibility with fluorescence microscopy, confocal microscopy, Raman micro-spectrometry... |
Real time DPC | >>> | - Proprietary algorithm for real-time differential phase contrast (rt-DPC).- Allows recording of fast-moving phenomena.- Exceptional image quality. |
Automatic or manual color adjustment
Raw Image
After automatic adjustment
Color adjustment is independent of the camera used.
The algorithm used is based on our proprietary hybrid algorithm approach, which reduces computing time and power consumption.
Cameras
Model | USB | Sensor size (mm) | Resolution (pixels) | Pixels size (µm) | Applications |
3,1 MPix | 2 | 5,1 x 3,8 | 2048 x 1536 | 2,5 | conventional imaging |
3,1 MPix | 3 | 45,1 x 3,8 | 2048 x 1536 | 2,5 | fluorescence, use of high magnification lenses |
5,2 MPix | 2 | 5,7 x 4,28 | 2059 x 1944 | 2,2 | conventional imaging |
6,3 MPix | 3 | 7,4 x 5,0 | 3096 x 2078 | 2,4 | fluorescence, use of high magnification lenses |
18 MPix | 3 | 6,2 x 4,6 | 4092 x 3684 | 1,25 | conventional imaging |