OPO-M
Tunable pulsed laser for photoacoustic imaging research
A tunable pulsed excitation source for photoacoustic experiments, configured around absorption characteristics, synchronized triggering and optical-system requirements.
Product image. Delivered configuration is subject to the agreed technical specification.
Research uses
- Selecting excitation wavelengths for the target absorption
- Multiwavelength acquisition and photoacoustic signal analysis
- Synchronized integration of the laser, DAQ and detection system
Confirm before selecting a configuration
- Wavelengths, pulse energy, repetition rate and stability
- Fiber or free-space coupling, optical path and sample conditions
- Trigger interfaces, timing and laser-safety requirements
Is wavelength range alone enough to select a photoacoustic laser?
No. Consider the sample, probe, pulse energy, repetition rate, output delivery, stability and synchronization interfaces, together with laser safety. Confirm specifications using current model documentation and the agreed technical specification.
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 TUS4A-3M — Four-channel transcranial focused ultrasound 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
- Imaging examples and research references (Chinese)