FIS4-Biological Cell
Four-wave Interferometric Sensor
Marker-free 3D living cell imaging
Near infrared, LED white wide spectrum lighting
Easy to integrate all types of microscopes, plug and play,
lightweight and compact
The FIS4 Cell is designed for quantitative phase imaging of biological cells, plug and play. Support near infrared and LED white light spectrum lighting, can be quickly used with any optical microscope, real-time measurement of the 3D phase distribution of the measured cells, for cell volume assessment, weighing is possible, the imaging process does not require marking, staining, 3D imaging in vivo, imaging frame rate of up to 24fps, It is an ideal tool for label-free 3D living cell detection, biological tissue detection, germ cell detection, and micro/nano structure detection.
FIS4 Cell applies the patented technology of random code four-wave diffraction to quantitative phase imaging of cells, without interference objective lens, no phase shift process, high-speed, real-time wave front measurement, with ultra-high vibration resistance and ultra-high stability, providing an ideal sensing tool for measuring, observing and recording living cells.
◆ Single light interference, no reference light
◆ Wide spectrum 400nm~1100nm band Small size, plug and play
◆ Suitable for all optical microscope upgrade expansion
◆ Strong vibration resistance, no optical vibration isolation
◆ Support LED white light, short-wave infrared light source
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Wavelength range |
400nm~1100nm |
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Target size |
7.07mm×7.07mm |
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Spatial resolution |
23.6μm |
|
Image pixel |
2048×2048 |
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Phase output resolution |
300×300(90000pixel) |
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Phase resolution |
<2nmRMS |
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Absolute accuracy |
10nmRMS |
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Dynamic range |
110μm(150λ) |
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Sampling rate |
24fps |
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Real-time processing speed |
10Hz(At full resolution) |
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Interface type |
GIGE |
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External interface |
C口 |
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Size |
56.5mm×43mm×41.5mm |
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weight |
about 120g |
