Research-grade instruments built for research projects
Our core team comes from the Tianjin University Electrical Imaging research group — we understand what research projects demand in instrument flexibility, extensibility and algorithm-level access.
Universities & institutes
An experimental platform for multiphase flow, heat/mass transfer and process systems engineering. The system supports multiple reconstruction algorithms and raw-data export (.bin / .csv), making it easy to publish papers and compare algorithms.
- 12-16 electrode sensors, 1-4 planes configurable
- Raw-data export to MATLAB / Python / Excel for post-processing
- Publication-grade time-series recording and playback
Corporate R&D departments
Helps corporate R&D teams validate the internal behaviour of new processes and equipment; covers the whole development cycle, from feasibility study and sensor customisation to joint algorithm development.
- Electrode structure and packaging customised to the specific process
- Joint development of dedicated reconstruction algorithms or feature-extraction pipelines
- Non-disclosure agreement (NDA) supported
Pilot plants & demonstration projects
A measurement system that combines industrial-grade durability with lab-grade flexibility; during field trials our engineers are on site to assist with commissioning, ensuring reliable operation under real conditions.
- Flameproof, high-temperature / high-pressure customisation (≤16 MPa / ≤600 ℃ optional)
- On-site commissioning and field analysis of acquired data
- Provision for integration with existing DCS / control systems
We understand the real pain points of research projects
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Open algorithm layer
Raw boundary measurements export directly, so you can run your own reconstruction algorithms in MATLAB / Python — no closed-source vendor lock-in.
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Customisable hardware
Electrode count, electrode shape, sensor structure and excitation frequency can all be customised to the experiment — not just off-the-shelf models.
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Pricing closer to research budgets
Compared with comparable imported systems, our domestic alternative significantly lowers acquisition cost with no performance compromise — easier for research groups and departments to procure.
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Shorter lead time
Standard models ship in 10-20 working days, custom models typically in 4-8 weeks — they won't stall your project timeline.
Ways to collaborate
From equipment purchase to deep joint development — find the arrangement that best matches your project stage.
Equipment purchase + technical support
The most common arrangement: buy our standardised system with installation training and a one-year warranty, then purchase technical-support packages as needed.
Custom development service
Customise sensor form, electrode packaging and acquisition front-end to your specific measurement needs; we deliver a complete custom system with technical documentation.
Contract research collaboration
Contract research with universities: we agree the research goals together, we provide the hardware platform and low-level algorithm support, and results are published under joint authorship.
Joint research-project applications
For national science-foundation grants, key R&D programmes and industry-academia projects, we participate as the industrial partner in joint application and execution.
Ready to do some research together?
Whether you want to buy an instrument, customise hardware or jointly apply for a project, let's talk first.