Potted Plant Phenotyping System
PlantLangTrans
The PlantLangTrans Series provides a visualized solution for plant phenotyping research in laboratory settings.
PlantLangTrans Series is an integrated cabinet-type plant phenotyping system.It supports multiple optional camera configurations to collect phenotypic data from potted plants placed inside the chamber.
This system addresses a core need in modern plant science: accurate, time-series phenotyping of individual plants under well-defined environmental conditions, supporting genotype–phenotype studies, stress response analysis, and trait-based selection.
Application Scenarios
System Overview
The Potted Plant Phenotyping System adopts a fixed-position, cabinet-based architecture, ensuring stable illumination, imaging geometry, and environmental consistency during data acquisition. Plants are placed individually into the imaging chamber, where automated image capture and standardized workflows minimize operator variability and ensure reproducible results.
- Non-destructive, repeatable phenotypic measurements
- Optimized for small to medium-sized potted plants
- Modular imaging configurations (2D RGB, 3D reconstruction, hyperspectral imaging)
- Integrated sample identification and experiment management
- Compact footprint suitable for indoor research environments
The system is widely used for seedling-stage studies and full growth-cycle monitoring of small potted plants, providing high-quality datasets for quantitative analysis.
PlantLangTrans VL2
– 2D RGB Phenotyping System
An entry-level platform optimized for high-throughput extraction of morphological, color, and texture traits from visible light images. Suitable for seedling-stage studies and routine phenotyping in laboratories and climate chambers.
PlantLangTrans VL3
– 2D + 3D Phenotyping System
An advanced system integrating high-resolution 2D imaging with automated 3D reconstruction, enabling detailed canopy structure, growth dynamics, and architectural trait analysis.
PlantLangTrans HIPS
– Hyperspectral Phenotyping System
A hyperspectral imaging platform designed for physiological and biochemical proxy analysis, supporting vegetation index calculation, nutrient diagnostics, stress response studies, and early disease detection.
