FlowerLangTrans VL2

Flowerlangtrans VL2

Portable Benchtop Flower Phenotyping System

Applicable Crops : Detached plant parts (flowers, leaves, etc.)

Application Environment : Lab Desktop

Sensor: Visible light 2D

Light Source: Uniform diffuse LED surface light source

View Angles: Top views

Analysis Time: 10s/plant

FlowerLangTrans VL2 is an intelligent phenotyping device mainly designed for the extraction of 2D phenotypic traits of flowering plants under visible light imaging. It can be widely applied in scientific research and production for image acquisition and phenotypic analysis of flowers and other small plant samples. The system helps users quickly detect and analyze plant morphology, color, texture, and other related characteristics.

Portable Benchtop unit + 2D Imaging Control unit + Flower Analysis unit + Data Management unit

Images are automatically named and numbered according to the family, genus, and species.

Manual selection of image regions is supported for color comparison.

Collected and analyzed data can be statistically processed.

Based on the user’s analysis results, the system supports generating a flower phenotyping analysis report.

40+ plant parameters can measure

Morphological Parameters:

Length, width, perimeter, area, quantity, etc.

Color Parameters:

R/G/B color components, RHS color comparison, etc.

Texture Parameters:

Contrast, uniformity, etc.

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

flowerlangtrans vl2​ software

Single-Variety Data Comparison

Enables comparison of morphological data of a single flower variety at different growth stages or under various treatment conditions, visually displaying growth trends and providing decision-making support for flower cultivation management and variety improvement.

Multi-Variety Data Comparison

Allows rapid analysis and comparative evaluation of different flower varieties, including morphological parameters and color characteristics, providing a scientific basis for flower variety identification, classification, and breeding research.

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