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.
Chamber system
Precise growth monitoring of pot units
• Precise image acquisition for individual crop growth monitoring
and analysis
• Automatic measurement analysis of crop grass, leaf area,
tree strength, tree shape and watertightness
• Acquire high-precision spectral data and build libraries
• Specific symptom monitoring and predictive analysis
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 : 3D Data Acquisition from Top View and
Both Side Views
• RGB images: Acquire high-resolution RGB images
• Thermal Image: Thermal (11 um) Image Acquisition
Accurate measurement equipment control
• High-precision image acquisition using controlled lighting
in dark rooms where external light is blocked
• Conveyor speed control is possible to transfer seedlings
during photography
• Each sensor can be initialized and parameter controlled in
a remote control environment
Delivery case
This is a chamber type device for obtaining and analyzing disease resistance experimental images. Hyperspectral, multispectral, and LiDAR images can be acquired using only controlled lighting in a dark room where external light is blocked. Precisely acquire individual images for each crop, monitor growth, and analyze combination.
[Agricultural Genetic Resource Center]
Fixed monitoring deviceThis is a chamber type device for obtaining and analyzing disease resistance experimental images. Hyperspectral, multispectral, and LiDAR images can be acquired using only controlled lighting in a dark room where external light is blocked. Precisely acquire individual images for each crop, monitor growth, and analyze combination.
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. Using three LIDARs installed on the top and both sides, 3D data is collected and hyperspectral and multispectral images are acquired. Based on precisely captured images, the growth quality information of the seedlings is analyzed, and they are selected and shipped based on whether they meet or fail to meet quality standards.
[Jeonbuk/Gyeongbuk Smart Farm Innovation Valley Demonstration Complex]
Seedling Selective ShipmentsWe have supplied devices to measure plant growth to Smart Farm Innovation Valley, a hub for agricultural innovation that researches and produces future agricultural technologies. Using three LIDARs installed on the top and both sides, 3D data is collected and hyperspectral and multispectral images are acquired. Based on precisely captured images, the growth quality information of the seedlings is analyzed, and they are selected and shipped based on whether they meet or fail to meet quality standards.
