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RhizoScan Mini-Rhizotron System
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RhizoScan Root Imager Series

In-Situ Root Imaging Platforms for Field Phenotyping and Ecological Research

The RhizoScan Root Imager Series is a next-generation platform for non-destructive in-situ root system observation and long-term underground root monitoring. Designed for plant physiology, soil ecology, and ecosystem research, the system enables high-resolution 360° imaging of root development dynamics in natural soil environments.

The platform adopts a fully integrated field-native architecture combining imaging optics, embedded control, wireless communication, power management, and a browser-based interface into a single compact system, enabling fully cable-free field operation without external computing devices.

The RhizoScan Series is available in two performance tiers to support both routine field phenotyping and advanced fine-scale root structural research.


RhizoScan Root Imager

Robust Platform for Routine Field Root Phenotyping

The RhizoScan Root Imager is designed for high-throughput root observation in field and teaching environments. It provides stable imaging performance for standard root morphology analysis and ecological monitoring applications where scalability and operational efficiency are critical.

The system delivers effective spatial sampling resolution equivalent to 600 DPI and is optimized for reproducible 360° root imaging under field conditions.

Optional UV-enhanced illumination improves contrast between root structures and surrounding soil matrix, supporting enhanced visualization of root vitality differences under heterogeneous field environments.

 

Technical Specifications

RhizoScan Root Imager  (600 DPI Platform)

Parameter

Specification

Imaging Coverage

360° circumferential scanning (no blind zones)

Effective Resolution

600 DPI equivalent spatial sampling resolution

Imaging Length

20 cm

Illumination

White Light (RGB), optional UV-enhanced module

Output

Full-color imaging

Scanning Cycle Time

~12 s per 360° rotation (standard mode)

Data Storage

256 GB onboard microSD

Sensor Housing

26.6 cm (L) × 6.2 cm (D)

Data Interface

Wi-Fi / USB / onboard storage export

User Interface

Web-based control (tablet / smartphone / PC)

Power System

7000 mAh lithium battery (10–12 h operation), dual battery support

Deployment Mode

Portable field operation / configurable in-situ installation

Tube Compatibility

70/64 mm OD/ID minirhizotron standard geometry



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