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Scopio Labs

Founded 2015 Β· 153 employees on LinkedIn Β· 4 known investors

Scopio Labs develops Full-Field digital cell morphology imaging and AI analysis platforms for hematology laboratories.

Also known as Scopio Labs

Investors Β· 4

Also in the syndicate Β· 1

existing investors

Company profile

researched Aug 2026

Scopio Labs develops digital microscopy platforms for cell morphology, combining full-field high-resolution imaging with AI-based decision support for hematology laboratories and hospitals. The platform uses computational photography: a low-resolution objective rapidly acquires images of a slide under varying illumination conditions, and algorithms then compute a sharp image at 100X-equivalent resolution across the full field of view. This is intended to remove the traditional trade-off between field of view and resolution, so that practitioners can view an entire blood smear in context β€” including regions such as the feathered edge β€” and zoom in on any cell at high resolution, without returning to a manual microscope.

The company positions its systems as an alternative to manual microscopy and to semi-digital solutions that capture only single-cell snapshots from automatically selected analysis areas. Product scope spans peripheral blood smear analysis, digital bone marrow applications, and a Complete Blood Morphology (CBM) analyzer unveiled in 2025 that the company describes as fully automating blood morphology. Software capabilities include remote access to scans, allowing offsite clinicians, consulting hematopathologists and collaborators to review and consult on the same full-slide images, plus DICOM integration and analysis management features in later releases.

Founding story

Co-founders Itai Hayut and Erez Na'aman met at university, where Hayut studied physics at the Hebrew University; Hayut also attended a summer program at Singularity University in Silicon Valley. Working in hospitals, they observed practitioners counting cells manually under traditional analog microscopes, with no easy way to share microscopic data, collaborate with specialists or apply AI-based image analysis. They initially intended to buy a slide scanner and layer AI tools on top, but found no scanner capable of the required imaging, so building the scanner became the company's first task.

Business model

Scopio Labs sells imaging and analysis platforms (hardware scanners plus embedded AI software) to clinical laboratories and hospitals, supported by sales, marketing and customer support organizations that the company said it would scale following its 2024 Series D.

Traction

The company reported total fundraising of $130 million as of its July 2024 Series D, and cited commercial expansion, market penetration and global footprint growth as uses of that capital.

Latest developments

In July 2025 Scopio unveiled its Complete Blood Morphology (CBM) analyzer, described as an AI-powered solution that fully automates blood morphology. In February 2026 the company announced IVDR certification from BSI for its AI-powered Full-Field digital morphology platforms, and in April 2026 it announced EU IVDR certification for its Full-Field digital bone marrow application alongside a software release adding DICOM integration and advanced analysis management.

β–ΈFull profile β€” market position, technology, go-to-market, geography

Market position

Scopio Labs describes itself as the developer of Full-Field digital cell morphology imaging, and its Series D lead investor Fortissimo Capital stated a belief that the company would become the global standard in digital cell morphology. The company states its 2026 bone marrow application is the industry's only Full-Field digital bone marrow application.

Compared with existing digital cell morphology systems for peripheral blood smears, which the company says are limited to single-cell snapshots and cannot reach full 100X oil-immersion resolution at scale, Scopio's approach delivers whole-slide imaging at 100X resolution, including clinically relevant areas such as the feathered edge, avoiding the need to revert to a manual microscope for case review.

Technology

The core technology is computational photography applied to microscopy: a low-resolution objective captures digital images under different illumination conditions, and algorithms reconstruct a 100X-resolution, full-field image of the sample. This replaces expensive high-magnification optics and precision mechanics β€” and the time-consuming objective movement, stabilization and focusing they require β€” reducing solution cost while enabling scanning of large areas at oil-immersion-equivalent resolution. Embedded clinical AI provides decision support for blood cell analysis, and images are accessible remotely for review and collaboration.

Go-to-market

Hematology laboratories, hospitals, laboratory scientists, clinicians and hematopathologists, including smaller and medium-sized labs for which conventional high-resolution digital systems have been cost prohibitive.

Geography

Offices in Parsippany, New Jersey (United States) and Tel Aviv, Israel; the company markets to hematology laboratories internationally and has pursued EU IVDR certification.

Compiled by commissioned research from 6 cited public sources β€” announcements, filings, and press listed under research sources below.

Key figures

latest reported
Total funding raisedJul 2024$130M

Company-reported or press-reported figures, each dated to when it was claimed β€” not independently audited.

Timeline Β· 5

launches, deals, and filings
Apr 2026
EU IVDR certification for Full-Field digital bone marrow application

Scopio Labs secured EU IVDR certification for its Full-Field digital bone marrow application; the accompanying software release delivers DICOM integration and advanced analysis management.

source β†—

Feb 2026
EU IVDR certification for AI-powered Full-Field digital morphology platforms

Scopio Labs announced it achieved IVDR certification from BSI for its AI-driven digital morphology platforms.

source β†—

Jul 2025
Scopio unveils Complete Blood Morphology (CBM) analyzer

Scopio introduced its Complete Blood Morphology analyzer, an AI-powered solution described as fully automating blood morphology for hematology labs.

source β†—

Jul 2024
Scopio Labs raises $42 million Series D led by Fortissimo Capital

Scopio Labs completed a $42 million Series D round led by Fortissimo Capital with participation from existing investors, bringing total fundraising to $130 million; proceeds earmarked for commercial expansion, sales and marketing scaling, customer support and next-generation product development.

$42M source β†—

Jul 2024
Scopio Labs closes $42M Series D led by Fortissimo Capital

Scopio Labs announced completion of a $42 million Series D round led by Fortissimo Capital with participation from existing investors, bringing total fundraising to $130 million. Proceeds are earmarked for commercial expansion, scaling sales and marketing, customer support, and development of next-generation Full-Field digital morphology products.

$42M source β†—

Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.

β–ΈResearch sources Β· 6

primary sources listed

6 public sources were cited for this profile; the first-party ones are listed here.

Frequently asked questions

What does Scopio Labs do?
Scopio Labs develops Full-Field digital cell morphology imaging and AI analysis platforms for hematology laboratories.
Who are Scopio Labs's investors?
Scopio Labs's investors include Aescuvest, Lumir Ventures, Viola Ventures.