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TP-GTL-1 Greenhouse High-Throughput Plant Phenotype Acquisition and Analysis Platform

» High-Throughput Phenotyping Equipment » TP-GTL-1 Greenhouse High-Throughput Plant Phenotype Acquisition and Analysis Platform

TP-GTL-1 Greenhouse High-Throughput Plant Phenotype Acquisition and Analysis Platform

CATEGORY AND TAGS:
High-Throughput Phenotyping Equipment

Model:TP-GTL-1

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  • Specifications

Characteristic:

The Greenhouse High-Throughput Plant Phenotyping Platform integrates image acquisition and parameter analysis for medium- and large-sized greenhouses. Using pipeline transmission, it moves plants to an imaging darkroom for analysis, enabling efficient phenotyping of potted plants through a plant–sensor–analysis workflow. It can be equipped with visible 2D, visible 3D, hyperspectral, and other imaging units for mutant screening, growth monitoring, and studies of plant morphology, color, texture, growth, and component changes under stresses such as heat, salinity, disease, and pests. It is suitable for genetic breeding, molecular biology, plant physiology, plant pathology, ecology, environmental science, and plant protection.
 

Intelligent Cultivation Unit

  • Applications: Indoor plant high-throughput phenotyping in controlled greenhouses, growth experiments, stress response, and disease analysis.

  • Integration: Works with visible 2D, 3D, and hyperspectral imaging for fully automated, high-throughput imaging.

  • Auto conveyor: Fully automatic transport with intelligent imaging, reducing manual errors.

  • Auto data collection: Identifies sample codes, links them at target positions, and records equipment data automatically.

  • Weighing & biomass: Optional high-precision weighing during transmission.

  • Auto analysis: Built-in algorithms analyze plant type, color, texture, and other traits from 2D/3D/hyperspectral data; multi-camera imaging builds high-precision 3D models automatically.

  • Data management: LAN/WAN support for automated upload, storage, and efficient PC-to-server analysis.

  • Data security: Secure transmission with unlimited storage expansion.

 Visible Light Modules
Imaging Wavelength Range 400-1000nm
Hyperspectral single-plant analysis time <5s
Pixel size 5.86μm × 5.86μm
Spectral Resolution 2.5nm
Number of spectral bands (number of bands) 1200 bands
Image resolution 1920 × 1920
Incident slit width 25μm
Dynamic range 12bit
Imaging height Support customized height
Data transmission USB3.0 / Gigabit Ethernet (optional)
Illumination light source Low flicker high quality halogen lamp light source

Hyperspectral Light Module

Imaging Sensor High Resolution RGB
Lens Resolution 5120 × 5120
Element Size 2.5μm × 2.5μm
Imaging Platform 360° rotating platform
Imaging height Supports multi-stage imaging, customized height
Illumination light source Side LED uniform light source
Time to reconstructing and parsing single-plant (3D) <7min
Time to analyze single-plant (2D) <5s
Imaging height Supports multi-stage imaging, customized height

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