Wavefront Sensing
Our Wavefront Test Module
- Customizable: According to the need to change different light source band, change different wavefront spatial resolution.
- High efficiency: It can be used in industrial mass production stage to quickly detect optical wavefront.
The device is mainly composed of light source module, imaging light path module, motion control module, camera module and software analysis module. The wavefront test function of the whole equipment is realized through precise installation and adjustment of optical path and precise algorithm.
By switching collimating mirrors of different sizes and diameters and using splicing method, the system realizes the conversion from low resolution to high resolution, which provides a solution for the high resolution wavefront test requirements, and solves the problem of wavefront test for large-diameter products.
Test function | Transmissive wavefront | – | √ |
Reflective wavefront | – | √ | |
Wavefront stitching | – | To increase scan area at higher spatial resolution than sensor can support | |
Optics | Wavelength | nm | 633 or customized |
Laser power | watt | 0~20mw | |
Magnification factor | X | 4 or customized | |
Wavefront spatial resolution | pixel | Default resolution:73×45 | |
high resolution:298×180 | |||
Or per customized magnification | |||
Wavefront accuracy | λ | λ / 25~80 or customization | |
Test area size | mm | 75×75 or per customization | |
Test time | Takt time | fps | 8-64 |
sec | Per # of stitching zones | ||
Interface | Driving voltage | V | 220 |
Electrical power | watt | 100 | |
Motor control cable | USB | ||
WFS cable | USB | ||
Dimension | Width | mm | 620 |
Length | mm | 1000 | |
Height | mm | 280 | |
Weight | kg | 170 | |
Environments | Operation temperature | ℃ | 22+/-4 |
Store temperature | ℃ | 22+/-20 |
Our Infrared-Wavefront Test Module
- High efficiency: It can be used in industrial mass production stage to quickly detect optical wavefront.
- Immediate evaluation: In real time, the results of the measured wavefront data are compared and evaluated with those of the sample lenses or the design values
- Repeatable high precision: In addition to a measuring accuracy of up to λ/25 (RMS), a high repeatability of λ/100 (RMS) can also be achieved due to the compact, robust and vibration-resistant design.
The device uses laser, collimator, beam splitter mirror, reflector and other optical components to realize the wavefront transmission test.
The infrared wavefront testing equipment can also test the glass coated with infrared film. The analysis of the data shows that the equipment has good repeatability and stability, and basically meets the infrared wavefront test conditions.
Test function | Transmissive wavefront | – | √ |
Reflective wavefront | – | √ | |
Optics | Wavelength | nm | 905 |
Laser power | watt | 0~33mw | |
Magnification factor | X | 16.2 or customized | |
Wavefront spatial resolution | pixel | Default resolution:73×45 | |
Or per customized magnification | |||
Wavefront accuracy | λ | λ / 25~80 | |
Test area size | mm | A circle of Φ80 or A rectangle with a diagonal length less than 80 | |
Test time | Takt time | – | Display images and results in real time |
Interface | Driving voltage | V | 220 |
Electrical power | watt | 100 | |
WFS cable | USB | ||
Dimension | Width | mm | 800 |
Length | mm | 1200 | |
Height | mm | 290 | |
Weight | kg | 150 | |
Environments | Operation temperature | ℃ | 22+/-12 |
Store temperature | deg | 22+/-20 |