Multi functional plant live imaging system PLIS-68

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Model:PLIS-68
The PLIS series multifunctional plant live imaging system is equipped with an ultra high sensitivity cryogenic back illuminated camera large aperture mirror, RGB laser light source, IR laser light source, temperature control platform, and fully automatic filter wheel for bioluminescence detection; Detection of in vivo luciferase in plants; Fluorescence detection; A high-performance plant in vivo imaging analysis system that meets various experimental needs of customers, including chemiluminescence detection. WhatsApp:+86 +8615318987395

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Multi functional plant live imaging system

The PLIS series multifunctional plant live imaging system is equipped with an ultra high sensitivity cryogenic back illuminated camera large aperture mirror, RGB laser light source, IR laser light source, temperature control platform, and fully automatic filter wheel for bioluminescence detection; Detection of in vivo luciferase in plants; Fluorescence detection; A high-performance plant in vivo imaging analysis system that meets various experimental needs of customers, including chemiluminescence detection.

Laser light source: Compared to LED and halogen light, laser has a more stable spectrum and smaller light attenuation. The light source is purer, without edge effects, and the light at the spot is at a uniform energy, making it the best fluorescence imaging light source.

Back illuminated high-sensitivity cryogenic camera: The PLIS plant living imaging instrument adopts a 6.6 million high-resolution cryogenic back illuminated camera, with a QE peak of up to 95% and a cooling temperature of -95 . Combined with an F0.95 large aperture lens, it also has excellent signal-to-noise ratio and sensitivity.

Special filter: Deeply customized laser specific filter, double-layer coating, cut-off depth up to OD6, very low stray light pass rate, clean background.

Application of plant imaging in vivo: compared with the visible fluorescence of ordinary LED, laser, especially infrared laser, can better take pictures of cell activities and gene expression in living objects due to its strong penetration, low background and high excitation efficiency, and effectively study and observe the occurrence and development process of infectious diseases, plant transgenic identification, plant mutant screening, virus infection, etc.