Sonosine provides the Pulsar 1, a compact medical imaging scanner that combines radio‑frequency and ultrasound using its proprietary Electro‑Magnetic Acoustics (EMA) technology to produce high‑quality, tissue‑type images comparable to MRI. The portable, low‑cost system delivers real‑time diagnostic‑grade visuals at the point of care, reducing scan time, patient discomfort, and the need for expensive, bulky equipment. It enables hospitals, imaging centers, and outpatient clinics to make immediate clinical decisions on‑site.
Funding
$310.7K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current diagnostic imaging often relies on bulky, expensive MRI scanners or limited ultrasound, leading to long wait times, high costs, and patient discomfort, especially for those requiring frequent or point‑of‑care assessments.
Solution
Sonosine offers the Pulsar 1, a compact medical imaging scanner that combines radio‑frequency signals with ultrasound through its proprietary Electro‑Magnetic Acoustics (EMA) technology. This hybrid approach generates high‑quality tissue‑type images comparable to MRI while being more affordable and portable. The system delivers results on‑site, enabling clinicians to make immediate diagnostic decisions without moving patients to a dedicated imaging suite. By reducing scan time and eliminating the need for invasive procedures, the Pulsar 1 improves patient comfort and streamlines the clinical workflow.
Target Audience
Primary customers are hospitals, imaging centers, and outpatient clinics seeking rapid, cost‑effective diagnostic imaging, as well as radiologists and clinicians who require on‑site, high‑resolution tissue characterization.
Features
- EMA imaging that fuses radio‑frequency and ultrasound data to differentiate tissue types beyond conventional ultrasound capabilities
- Portable, lightweight scanner design suitable for bedside, clinic, or mobile use
- Real‑time image acquisition and processing delivering diagnostic‑grade visuals within minutes
- Lower operational cost compared to MRI, with reduced power and infrastructure requirements
- Integrated safety protocols that limit exposure and eliminate the need for contrast agents
- User‑friendly interface with automated acquisition presets for common clinical applications