Product line

Four standardised instrument lines covering electrical capacitance, electrical resistance, electromagnetic tomography and liquid-metal eddy-current flow measurement. Custom variants available on request.

Electrical Capacitance Tomography System

pico-ECT

Electrical Capacitance Tomography System

Compact ECT system for industrial multiphase flow imaging. 12 electrodes, 100 fps online image reconstruction, wired/wireless Ethernet, raw data export for MATLAB/Python post-processing.

Full datasheet & specs →
Electrical Resistance Tomography System

TJUERT 多截面系统

Electrical Resistance Tomography System

Multi-plane 3D ERT for industrial gas–liquid / liquid–solid flow and biomedical impedance measurement. Up to 4 measurement planes, 64-electrode configuration reaches 80 fps reconstruction.

Full datasheet & specs →
Digital Electromagnetic Tomography Instrument

DEMT-8

Digital Electromagnetic Tomography Instrument

Dual-mode digital EMT system on an FPGA platform — tomography mode for conductive media + metal-flaw-detection mode for inclusions/defects. 8 channels, programmable measurement sequence, up to 400 fps imaging.

Full datasheet & specs →
Liquid Metal Flow Meter

ECFM-2020

Liquid Metal Flow Meter

Non-contact electromagnetic eddy-current flow meter for liquid lead, sodium, lead-bismuth eutectic, etc. No moving parts in the probe; reliable in 200-500℃ high-temperature corrosive environments.

Full datasheet & specs →
eTomography Pro — Multi-modal Tomography Software

eTomography Pro — Multi-modal Tomography Software

High-performance imaging software for ECT/ERT/EMT/EIT/WMS in one interface. Real-time acquisition and playback, multiple switchable reconstruction algorithms (Tikhonov, Landweber, FBP, MLP …), 2D/2.5D/3D visualisation, and CC/SSIM quality metrics.

Full datasheet & specs →

Detailed datasheets are currently in Chinese — figures, tables and specs are universally readable. English versions are being prepared; contact us for a quick walkthrough.

Need something custom?

Our engineering team can tailor sensors, acquisition front-ends and reconstruction algorithms to your specific measurement need; we also welcome research collaborations and joint development.