KIUDA
KIUDA
KIUDA
KIUDA chamber is an automatic analysis solution that is equipped with various image sensors such as hyperspectral, multispectral, LiDAR, thermal imaging, and RGB to analyze crop characteristics and growth information in a non-destructive manner.
In an environment where external light is blocked, precise data can be obtained quickly by performing repeated experiments by controlling the light source to suit the researcher's intention.
KIUDA CHAMBER
KIUDA chamber is an automatic analysis solution that is equipped with various image sensors such as hyperspectral, multispectral, LiDAR, thermal imaging, and RGB to analyze crop characteristics and growth information in a non-destructive manner.
In an environment where external light is blocked, precise data can be obtained quickly by performing repeated experiments by controlling the light source to suit the researcher's intention.
Removable system
Hyperspectral / Multispectral / LiDAR / RGB /
Thermal Imaging Video shooting
• Hyperspectral images :
Image acquisition in the wavelength band of 400 to 1,000 nm
• Multispectral images : RGB and NIR image acquisition
• LiDAR images : Acquire 3D data in top view
• RGB images: Acquire high-resolution RGB images
• Thermal Image: Thermal (114 m) Image Acquisition
Accurate measurement equipment control
• Shooting through XYZ axis orthogonal robot precision control
• Automatically or manually set and manage shooting schedules
and cycles
Tray/pot unit growth monitoring and symptom analysis
• Monitoring and analysis of crop growth through simultaneous
imaging of various image sensors
• Automatic measurement of crop plant, leaf area,
water washing, watertightness, etc
• Analysis of spectral abnormalities according to various vegetation
indices, growth status, and disease infection for each crop
Delivery case
It is a removable monitoring device for acquiring and analyzing disease-resistant experimental images. It operates in 3 axes, XYZ, and can acquire hyperspectral, multispectral, thermal and LiDAR images. In order to obtain accurate images, we have built an optimal environment by minimizing shaking and shaking when moving the XYZ axis.
[Agricultural Genetic Resource Center]
Removable monitoring deviceIt is a removable monitoring device for acquiring and analyzing disease-resistant experimental images. It operates in 3 axes, XYZ, and can acquire hyperspectral, multispectral, thermal and LiDAR images. In order to obtain accurate images, we have built an optimal environment by minimizing shaking and shaking when moving the XYZ axis.
We have supplied devices to measure plant growth to Smart Farm Innovation Valley, a hub for agricultural innovation that researches and produces future agricultural technologies. Image acquisition by configuring LiDAR, VIS/NIR camera, controlled lighting, and growth measuring device frame. When acquiring images, the three XYZ axes can be controlled, and growth quality information of some species can be collected and analyzed.
[Jeonbuk/Gyeongbuk Smart Farm Innovation Valley Demonstration Complex]
A plant growth measuring instrumentWe have supplied devices to measure plant growth to Smart Farm Innovation Valley, a hub for agricultural innovation that researches and produces future agricultural technologies. Image acquisition by configuring LiDAR, VIS/NIR camera, controlled lighting, and growth measuring device frame. When acquiring images, the three XYZ axes can be controlled, and growth quality information of some species can be collected and analyzed.
