PlantLangTrans HIPS

Mobile Cabinet-Type Phenotyping System

Applicable Crops: plants/Seeds/leaves/fruits(H≤ 50 cm,W≤30cm)

Application Environment: Laboratory

Sensor: Hyperspectral

Light Source: Low-Flicker, High-Quality Halogen Light Source

View Angles: Top views

Acquisition Time: 30s/plant

Analysis Time: 30s/plant

The Mobile Cabinet-Type Phenotyping System (HIPS) is equipped with a hyperspectral imaging unit at the top, combined with an automatic lifting platform to obtain hyperspectral information of plants at the optimal acquisition distance.

Vertical cabinet unit + Hyperspectral imaging control unit + Intelligent analysis unit + Data management unit

Integrated cabinet with universal casters, allowing flexible movement and placement indoors.

Top-view single-shot imaging with adjustable halogen lamp brightness and platform height.

One-click automated acquisition and analysis of hyperspectral images, supporting user-defined formulas

Supports linking experimental samples with phenotypic analysis by scanning the sample’s QR code.

30+ Vegetation indices

Common Vegetation Indices:

Automatically processes spectral data based on hyperspectral acquisition results to calculate NDVI, RVI, GVI, and other indices.

Hyperspectral Imaging Algorithms:

Existing imaging algorithms for rice, wheat, corn, chili, rapeseed, and other crops.

Agro-biological Inversion Models:

Automatically analyzes biological parameters such as leaf nitrogen and chlorophyll content.

After repeated validation, the system can be applied to the following applications：

Sesbania

chilli

corn

Plant Nutrition Analysis

Applicable for analyzing plant nutritional status and screening nutrient-efficient germplasm resources.

Difference Visualization

Suitable for identifying and quantifying differences in mutant growth performance and nutrient utilization.

Multi-Stress Experiments

Applicable for studying plant responses to various stresses such as high temperature, cold, salinity-alkalinity, and drought.

Pest and Disease Analysis

Suitable for plant pest and disease studies by comparing spectral reflectance curves between diseased and healthy leaf areas.