TsingPAI builds two in-house technology foundations — a photoacoustic / ultrasound / thermoacoustic multimodal functional imaging platform and a focused-ultrasound neuromodulation platform — with full-chain independent R&D from lasers, transducers and data acquisition to algorithms and software, delivering controllable, domestically developed instruments for brain science and precision medicine.
Guided by "see it, target it, capture it, verify it", TsingPAI pairs an imaging platform with a neuromodulation platform — imaging answers "what is happening", neuromodulation answers "can we change it".
A non-invasive, millimeter-scale neuromodulation foundation that reaches deep nuclei directly. 256/512-channel phased-array emission, image-guided targeting, acoustic-field simulation and open SDKs — serving brain research, neuromodulation parameter studies and focused-ultrasound BBB-opening exploration.
Combining optical contrast with ultrasound depth, the platform fuses photoacoustics, ultrasound, functional ultrasound (fUS), ultrafast localization microscopy (ULM), photoacoustic microscopy and thermoacoustics — cross-scale visualization from microarchitecture to macroscopic function.
From a flagship phased-array brain-modulation system to dependable open research hardware, every product starts from a real research demand and keeps evolving in the laboratories of top universities and institutes across China.
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Helmet-style 256/512-element hemispherical phased array, 5 ns per-channel delay precision, millimeter-scale deep focusing, MRI-compatible with structured-light registration.
Dual photoacoustic + ultrasound engines, synchronized structural and functional imaging on one system, with fUS, ULM, photoacoustic microscopy and thermoacoustic modules — publication-grade results at a click.
Desktop all-in-one with binocular-vision navigation, 250K / 500K dual-frequency probes and open MATLAB / Python SDKs — ready to drop into neuromodulation research workflows.
A dedicated photoacoustic DAQ developed in-house for real-time imaging, now deployed at universities, research institutes and medical institutions across China.
Representative imaging results obtained on TsingPAI research platforms, covering brain science, tumor vasculature, microcirculation and molecular probes. Click any image to enlarge.
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From source innovation in the laboratory to dependable instruments delivered to leading research groups nationwide — TsingPAI turns scientific results into tools researchers can rely on every day.
Technology transferred from leading universities and research institutes, incubated with support from multiple research academies, with a professor in electronic engineering as chief scientist.
Lasers, transducers, DAQ acquisition, USP transmit-receive platform, control software and reconstruction algorithms are all developed and manufactured in-house — no critical component dependency.
Open raw data, trigger synchronization and SDKs (C++ / MATLAB / Python / C#) support secondary development and multi-system integration — the platform grows with your research program.
Platforms are in use at Peking University, Fudan University, Westlake University, institutes of the Chinese Academy of Sciences and West China Hospital, supporting 40+ high-impact publications, with repeat and expansion orders from users.
Founded in 2022, TsingPAI has completed angel and Pre-A financing rounds, with investors including FreesFund, Hetang Exploration, Shuimu Dongfang, GTJA Healthcare Fund (Gaotejia), Xiamen Hi-Tech Investment and Chengmei Digital Intelligence.
The company has built a diversified business spanning research instruments, core components, customized systems and ultrasound neuromodulation platforms, with commercialization steadily accelerating.
Real acquisition-and-reconstruction recordings — from whole-brain 3D photoacoustic imaging to DAQ assembly — a direct look at the engineering maturity of TsingPAI platforms.
Research platform planning, multimodal imaging collaboration, or an ultrasound neuromodulation project — talk to the TsingPAI team directly and get a platform proposal tailored to your research direction.
