HYSPIM come with a variety of features and specifications. They can be mounted on Field scanner, Desktop scanner, or drones. Choosing the right system depends on research needs and technical specifications such as spectral resolution, spatial resolution, and signal-to-noise ratio. This diversity in design and capabilities allows for a wide range of applications in various fields.
The Hyperspectral imagers are available with many features and with different specifications. Depending on specifications they could be mounted on a Field scanner , Desktop scanner , or mounted on a drone.
HYSPIM records the spectrum for each pixel in the image of a sample and using push-broom technique makes a cube data. Two dimensions of the cube data are the spatial information of the sample and the third dimension is the wavelength.
Precise optical component with very good transmission and coatings
Very usefull gadjet that conects camera to Desktop scanner
Easy to handle
A sample is placed on the motorised linear stage and by moving the sample the reflectance spectra of the object are recorded (push-broom technique). The speed and resolution are adjusted by integrated software.
The height of the camera and light sources are adjusted manually that will change the spatial resolution of the system.
For recording a cube data by push-broom technique, the sample is translated using a moving linear stage. A software controls the speed of the motorized stage and speed of the HYSPIM in order to get the requested spatial resolution.
4 Halogen lamps are illuminating the sample. A uniform illumination is provided by adjusting the orientation and height of the lamps
The Field HYSPIM system is designed for outdoor applications, providing users with a range of features that enhance flexibility. It utilizes specialized software to control the angular speed of the stage and the operational speed of the HYSPIM, ensuring precise angular resolution tailored to specific research needs. Additionally, the system supports various lens selections, allowing for customizable field of view (FOV) options, which further increases its versatility and applicability in diverse field conditions
The Field HYSPIM is mounted on a tripod and its height is adjusted manually.
A maximum, 360 degree angular rotation is provided by Field HYSPIM.
A high-power halogen lamp illuminated the sample for indoor usage. Sunlight may also illuminate the sample for outdoor data recording
HYSPIM has a wide range of applications, including agriculture, art, and medicine. In agriculture, it is used for vegetation mapping, crop disease detection, stress and yield assessment, and nutrient level analysis. This technology is also valuable in art for material analysis and conservation of artwork. In the medical field, it has been applied to disease detection and food safety inspection. The versatility of HYSPIM makes it a valuable tool across multiple domains
Precision agriculture and smart farming can benefite greatly from the use of hyperspectral imaging technology.
HSI is very useful in the art domain for identifying pigments in paintings
In the medical sector to determine various diseases.
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