• LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System
  • LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System
  • LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System
  • LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System

LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System

No.LK-1750
The LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System is an experimental device specifically designed to study the impact of plant root exudates on the carbon and nitrogen cycle in rhizosphere soil. The system precisely simulates the rate at which root exudates enter the rhizosphere area, allows for the configuration of different root exudates introduced into the soil, and combines this with the regulation of environmental conditions such as soil temperature to thoroughly investigate the dynamic processes of carbon and nitrogen elements in the rhizosphere soil.
  • LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System
  • LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System

SPECIFICATION

The LK-1750 ExuSim Root Exudate and Rhizosphere Carbon-Nitrogen Cycle Intelligent Simulation System is an experimental device specifically designed to study the impact of plant root exudates on the carbon and nitrogen cycle in rhizosphere soil. The system precisely simulates the rate at which root exudates enter the rhizosphere area, allows for the configuration of different root exudates introduced into the soil, and combines this with the regulation of environmental conditions such as soil temperature to thoroughly investigate the dynamic processes of carbon and nitrogen elements in the rhizosphere soil.

Key Features

  • Intelligent Software Control:The entire system operation and data display are uniformly controlled via Windows-based software, providing simple and intuitive operation.
  • High-Precision Addition System:Utilizes a high-precision peristaltic pump to accurately control the addition rate of root exudates, ensuring the accuracy of experimental data.
  • Precise Temperature Control:Employs semiconductor temperature control mode, monitors soil temperature changes in real-time, supports PID control, fuzzy control, and adaptive control algorithms, and allows pre-setting of various temperature curves to ensure experimental condition stability and repeatability.

Technical Parameters

Flow Rate Range

0.0053 - 3100 mL/min

Speed Range

≤600 rpm

Temperature Control Method

Peltier semiconductor temperature control

Soil Temperature Probe

Platinum electrode temperature probe, material: 304 stainless steel, corrosion-resistant surface treatment

Temperature Probe Accuracy

≤±0.1 °C (within 0-65 °C range)

Temperature Control Range

-15 - 65 °C

Temperature Control Mode

Supports PID control, fuzzy control, and adaptive control algorithms, with preset temperature curves

Temperature Control Accuracy

Soil temperature fluctuation ≤±0.2 °C (within the temperature control range)

Temperature Uniformity

Internal temperature uniformity of soil column ≤±0.5 °C (within 5 cm height range of the soil column)

Peristaltic Pump Tubing Lifespan

Continuous operation ≥5000 hours (or ≥10,000 cycles, whichever comes first)

System Control

Unified control via Windows software

Artificial Root Probe

Pore size 0.15 μm; probe length: 3 cm

Soil Column Height

5 cm

Headspace Height

5 cm

Customization Service

Supports customization of soil column dimensions, root exudate types, and concentration gradients

Peristaltic Pump Tubing Lifespan

Continuous operation ≥5000 hours (or ≥10,000 cycles, whichever comes first)

Standard Configuration

  • Host control system × 1
  • Display × 1
  • Multi-channel peristaltic pump × 1
  • Temperature controller × 2
  • Soil temperature sensor × 2
  • Culture bottle × 8
  • Secretion sampling probe × 8主机控制系统*1

 

Manufactured : Eco-mind, China

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