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Wayho provides hyperspectral core imaging devices, hyperspectral imaging systems, hyperspectral cloud platforms for smart data analysis and industry solutions.
An advanced hyperspectral spectroscopy device that is safe and controllable over a wide wavelength range such as visible, near-infrared and shortwave infrared light.
An advanced hyperspectral spectroscopy device that is safe and controllable over a wide wavelength range such as visible, near-infrared and shortwave infrared light.
Developed using liquid crystal tunable filter (LCTF) technology. Compared with the traditional push-broom imaging spectrometer, it has high spatial resolution without the use of a push-broom scanner, fast imaging and is easy to integrate with its small size.
Developed using liquid crystal tunable filter (LCTF) technology. Compared with the traditional push-broom imaging spectrometer, it has high spatial resolution without the use of a push-broom scanner, fast imaging and is easy to integrate with its small size.
MAX series products are widely used in different conditions like portable, outdoor and indoor, and can obtain spectral information quickly and accurately in applications such as industrial inspection, ecological environment, precision agriculture, and so on.
MAX series products are widely used in different conditions like portable, outdoor and indoor, and can obtain spectral information quickly and accurately in applications such as industrial inspection, ecological environment, precision agriculture, and so on.
The first open source hyperspectral cloud platform for smart data analysis in China, offering strong computing power to realize cloud management and sharing of hyperspectral data, AI algorithms and models, and accelerating the industrialization of hyperspectral research and applications.
The first open source hyperspectral cloud platform for smart data analysis in China, offering strong computing power to realize cloud management and sharing of hyperspectral data, AI algorithms and models, and accelerating the industrialization of hyperspectral research and applications.
The environment is the basis of human survival, including water, soil, biological resources and so on. Hyperspectral imaging technology can obtain large-area, all-round ground environment images and data parameters. It can provide comprehensive and scientific decision for environmental monitoring.
Hyperspectral imaging is used in agriculture to obtain data on the health status of crops in various stages of the production process and allows real-time monitoring of crop growth, climate, diseases and pests for more effective crop management.
Hyperspectral imaging is used in agriculture to obtain data on the health status of crops in various stages of the production process and allows real-time monitoring of crop growth, climate, diseases and pests for more effective crop management.
Hyperspectral imaging is used in forensic applications to collect physical evidence and conduct qualitative and quantitative analysis of spectral information, promoting a more systematic and scientific crime scene investigation.
Hyperspectral imaging is an emerging, non-destructive and advanced optical technique in biomedicine. It integrates spectroscopy and imaging to realize the qualitative or quantitative analysis of tissue physiology, morphology and composition, providing an effective diagnostic tool in clinical medicine.
Food safety issues have gained attention in recent years.Traditional quality monitoring methods of fruits and vegetables are usually destructive and time-consuming. Hyperspectral imaging can ensure non-destructive food safety and quality, as well as fast detection of food contamination.
The environment is the basis of human survival, including water, soil, biological resources and so on. Hyperspectral imaging technology can obtain large-area, all-round ground environment images and data parameters. It can provide comprehensive and scientific decision for environmental monitoring.
Hyperspectral imaging is used in agriculture to obtain data on the health status of crops in various stages of the production process and allows real-time monitoring of crop growth, climate, diseases and pests for more effective crop management.
Hyperspectral imaging is used in agriculture to obtain data on the health status of crops in various stages of the production process and allows real-time monitoring of crop growth, climate, diseases and pests for more effective crop management.
Hyperspectral imaging is used in forensic applications to collect physical evidence and conduct qualitative and quantitative analysis of spectral information, promoting a more systematic and scientific crime scene investigation.
Hyperspectral imaging is an emerging, non-destructive and advanced optical technique in biomedicine. It integrates spectroscopy and imaging to realize the qualitative or quantitative analysis of tissue physiology, morphology and composition, providing an effective diagnostic tool in clinical medicine.
Food safety issues have gained attention in recent years.Traditional quality monitoring methods of fruits and vegetables are usually destructive and time-consuming. Hyperspectral imaging can ensure non-destructive food safety and quality, as well as fast detection of food contamination.
