SmartHealth Dx provides a slide‑free digital pathology platform that uses its proprietary Microscopy with UV Surface Excitation (MUSE) technology to capture high‑resolution, real‑time images of tissue specimens without slide preparation.
Funding
$30.6M 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
Pathology diagnostics rely on traditional slide-based microscopy, which is labor‑intensive, time‑consuming, and can introduce variability, limiting the speed and scalability of tissue analysis.
Solution
SmartHealth Dx offers a slide‑free digital pathology platform built on its proprietary Microscopy with UV Surface Excitation (MUSE) technology. MUSE eliminates the need for physical slides by using UV surface excitation to capture high‑resolution, real‑time digital images of tissue specimens. The system preserves sample integrity, accelerates diagnostic timelines, and generates rich data that can be leveraged for AI‑driven analysis. By delivering immediate, high‑quality imaging, the platform enables clinicians to make faster, more accurate decisions and supports downstream computational pathology workflows.
Target Audience
Primary customers are hospital pathology departments, independent clinical laboratories, and research institutions that require rapid, high‑quality tissue imaging and data analytics.
Features
- UV surface‑excitation imaging that produces full‑field, high‑resolution digital scans without slide preparation
- Real‑time image acquisition and display, reducing turnaround from days to minutes
- Non‑destructive sample handling, allowing additional tests on the same tissue specimen
- Integrated data pipeline that outputs standardized digital files ready for AI and quantitative analysis
- Scalable hardware design suitable for hospital labs, academic research centers, and commercial pathology services
- Compatibility with existing laboratory information systems via DICOM and HL7 interfaces