High throughput plant root phenotype collection and analysis system (root box type)

1、 Product Introduction

High throughput plant root phenotype collection and analysis system (root box type)It is a high-throughput phenotype acquisition and analysis system designed specifically for monitoring crop root growth.High throughput plant root phenotype collection and analysis system (root box type)Based on CIS scanner technology and equipped with dedicated sensors, it achieves distortion free and high-resolution acquisition of root images. The system supports automated high-frequency data collection and can be equipped with an AI vision robotic arm to achieve intelligent and autonomous movement in all directions. Combined with deep learning algorithms, the system can efficiently process root image data, automatically extract various root phenotype parameters, and provide accurate data support for crop root research. Suitable for various crops such as wheat, rice, corn, soybeans, cotton, rapeseed, etc., widely used in research on stress resistance mechanisms, breeding acceleration, ecological research, and precision agriculture.

2、 Functional Features

1. High throughput lossless acquisition

A dedicated sensor based on CIS scanner is used to achieve distortion free and high-resolution acquisition of root images, with a resolution of 12900 px * 1 px.

High throughput collection: The collection time for a single sample is only 10 seconds, greatly improving research efficiency.

2. Automated analysis and data processing

Web software equipped with deep learning algorithms can accurately and efficiently extract key phenotypic parameters such as root number, maximum root length, total length, root angle, surface area, volume, biomass, etc.

Support the storage and management of raw image data, generate visual reports, and facilitate the organization of scientific research data

3. Intelligent Mobility and Multimodal Expansion

An AI vision robotic arm can be optionally selected to achieve intelligent autonomous movement in all directions and adapt to different experimental layouts.

Support optional RGB and multispectral cameras to achieve synchronous high-throughput measurement of aboveground plants and roots.

4. Strong environmental adaptability

The working temperature range is wide (-10 ℃~60 ℃), suitable for various environmental conditions such as laboratories, greenhouses, and fields.

5. Diversified data formats

Output standard image formats such as JPG, compatible with mainstream image processing and data analysis software

3、 Technical parameters

imaging system

Scanning area: 320 mm (width) * 700 mm (length)

Resolution: 12900 px * 1 px (optional)

Root box configuration

Size: Suitable for standard root boxes, supports customized design

Quantity: 10 flat root boxes per set

performance parameters

Collection flux: 10 seconds/sample

Working temperature: -10 ℃~60 ℃

Hardware specifications

Size: The standard cabin size can be customized to meet the growth needs of different plants

Material: High strength aluminum alloy frame+acrylic observation window, corrosion-resistant and easy to clean

Power supply: AC 220V ± 10%, 50/60Hz, power ≤ 500W

physical parameters

Size: Suitable for standard laboratory and greenhouse environments, customizable

Material: High strength aluminum alloy frame, corrosion-resistant and highly durable

Power supply: AC 220V ± 10%, 50/60Hz, power ≤ 300W