High-Throughput Track-Based Phenotyping System
PlantLangTrans HT
Applicable Crops : Green potted plants (H ≤ 1.4m；W ≤ 0.55m)
Application Environment : Greenhouse
Sensor : 2D/3D/Hyperspectral
Conveying Speed : 0–13 m/min(adjustable)
Rotary Table : 360° rotatable and liftable turntable
Remote Control : Supports user operation via computer terminal
Genetic Breeding & Germplasm Evaluation
Plant Growth & Development Monitoring
Abiotic Stress Phenotyping
Biotic Stress & Plant Health Assessment
Reproductive Traits, Flowers & Seeds – Yield Estimation
System Overview
The High-Throughput Plant Phenotyping System adopts an automated conveyor-based workflow that transports individual plants into an enclosed imaging chamber for standardized data acquisition. Through the plant–sensor–analysis paradigm, the system ensures high repeatability, minimizes human intervention, and enables consistent phenotypic measurements across developmental stages.
- Automated plant identification and positioning
- Non-destructive, repeatable measurements
- Modular imaging configurations (2D RGB, 3D reconstruction, hyperspectral)
- Integrated edge computing and centralized data management
The platform is optimized for greenhouse and controlled-environment applications, where large sample sizes and frequent measurements are required.
System Configuration
The PlantLangTrans HT adopts a conveyor-based transmission system that transports plants to an imaging darkroom for imaging and analysis. Through a plant–sensor–analysis workflow, it efficiently enables phenotypic data acquisition and analysis of potted plants.
Automated Conveyor Unit + Multidimensional Imaging Unit + Edge Computing And Analysis Unit + Data Management Unit
PlantLangTrans HT VL2
Entry-level high-throughput platform with 2D RGB imaging, optimized for morphological and color trait extraction in greenhouse environments.
PlantLangTrans HT VL3
Enhanced system featuring high-precision 3D reconstruction for detailed canopy structure and growth dynamics analysis.
PlantLangTrans HT HIPS
Hyperspectral-integrated platform enabling physiological and biochemical proxy trait analysis through spectral indices.
