Marsonics TUS4A-3M
Four-channel transcranial focused ultrasound research system
A portable ultrasound neuromodulation platform combining independent channel output, visual navigation and open software interfaces for brain-science experiments.
Product image. Delivered configuration is subject to the agreed technical specification.
Research uses
- Small-animal ultrasound stimulation and parameter research
- Visual navigation and stimulation-position recording
- MATLAB / Python SDK integration with experiment-control workflows
Confirm before selecting a configuration
- Research subject, transducer, frequency and target depth
- Mechanical positioning, navigation and fixation
- Trigger synchronization, software interfaces and parameter logging
How can TUS4A-3M connect to experiment-control software?
Plan the control workflow around the open MATLAB / Python SDK. Confirm the interface version, external triggers, stimulation timing and logging requirements before validating a particular experimental configuration.
Scope and validation
This page describes a research platform. It does not establish an approved diagnostic or therapeutic use, a clinical outcome, or a configuration-independent performance claim. Human research and translation require applicable ethics review, approvals and experimental validation.
Related platforms and evidence
- tFUS-Neuro256 / 512 — Transcranial focused ultrasound neuromodulation research system
- Marsonics PIIP-FC — Photoacoustic and ultrasound multimodal imaging research platform
- Marsonics DAQ — Multichannel photoacoustic data acquisition system
- Marsonics USP — Open ultrasound research platform
- Marsonics PIIP-tFUS — Multimodal imaging and focused ultrasound research platform
- Marsonics PIIP-3D — Three-dimensional photoacoustic imaging research system
- Marsonics PIIP-FP — Full-ring photoacoustic imaging system for small-animal research
- Marsonics USP RT — Functional ultrasound fUS and ULM brain-imaging research platform
- OPO-M — Tunable pulsed laser for photoacoustic imaging research
- Imaging examples and research references (Chinese)