• Brochures
  • Full-Field Cell Morphology
  • September 9, 2026

Blood Morphology Elevated by Full-Field™ Digitization

Enabling over 50% reduction in turnaround times

Up to 60%

improvement in workflow efficiency¹

Up to 59%

reduction in turnaround time²

50%

reduction in review time for complex cases³

Manual microscopy has been the bottleneck in blood morphology for decades: slides move, experts wait, and turnaround depends on who is physically in the lab.

The Scopio Full-Field Peripheral Blood Smear Application replaces that with a complete digital, AI-powered workflow. Experts review, consult, and sign off from anywhere*, accelerating turnaround regardless of location. Scopio captures all clinically relevant areas of the slide at 100x resolution - including the feathered edge - so every cell is reviewed in full context, not as a disconnected snapshot.

"The Scopio system has enabled our hematologists to work fully remotely around the world in real-time. It has accelerated diagnosis and treatment and thus improved the quality of our patient care."

- Joyce Richardson, Deputy Head Biomedical Scientist, ZLM, Switzerland

Three things that change on day one

Dynamic, Full-Field digital review

End the dependency on manual microscopy. A continuous, navigable digital view at 100x covers all clinically relevant areas of the slide, including the feathered edge. Zoom to individual cell detail, pan out for full sample context, and explore the feathered edge for platelet clumps - without the visual fragmentation of microscopy or siloed cell snapshots.

AI-powered analysis

Automated, standardized WBC detection and pre-classification into 14 cell classes. RBC morphology graded across 23 parameters from over 10,000 cells. Platelet estimation with clump detection across the scan area and the feathered edge. Experts verify every result and retain full diagnostic authority.

One connected workflow

Browser-based remote review removes physical barriers. Bi-directional LIS integration connects peripheral blood smear review to the wider laboratory ecosystem, and full traceability of every classification and review action keeps cases documented and auditable. Intuitive by design, with minimal training to get started.

The workflow, end to end

  1. Load slides to scanner
  2. Select scan mode - Full-Field (default), Rapid Monolayer, Monolayer, or Edge to Edge
  3. Full-Field scanning at 100x
  4. AI-powered WBC, RBC, and platelet analysis
  5. Review, confirm, and consult - in a browser, from anywhere on the secure network
  6. Report and export - HL7 report plus DICOM image export

Key capabilities

  • Full-Field scan - all clinically relevant areas at 100x, from monolayer to feathered edge, with multiple scan modes
  • WBC detection and pre-classification - automated pre-classification into 14 cell classes, supporting a 200-cell differential
  • RBC morphology analysis - 23 morphological parameters pre-graded from over 10,000 red blood cells within the monolayer*
  • Platelet estimation with clump detection - automated estimation from 10 fields of view, with clump detection across the scan area and feathered edge
  • Intuitive cell reclassification - reassign cells with a click or drag-and-drop, including bulk actions
  • Annotation tools - flag clinically significant cells and areas for second opinion or the final report
  • Color compatibility - broad range of color configurations across diverse staining protocols
  • DICOM image export - native export to image management systems for archiving and integration
  • Reporting and LIS integration - standardized reports with cell images, annotations, and full user-action traceability via bi-directional HL7
  • Remote review and collaboration - browser-based access from anywhere on the secure network, no dedicated software*

Frequently asked questions

Slides are loaded into a Scopio X100 or X100HT scanner and scanned with Full-Field imaging at 100x, covering the monolayer through the feathered edge. AI pre-classifies WBCs into 14 classes, grades RBC morphology across 23 parameters, and estimates platelets with clump detection. The reviewer verifies and adjusts every result in a browser, then signs off and exports an HL7 report with DICOM images.

Published and customer-reported data show up to 60% improvement in workflow efficiency,¹ up to 59% reduction in turnaround time,² and a 50% reduction in review time for complex cases.³

14 WBC classes, supporting a 200-cell differential. All classifications are pre-classifications verified by the reviewer.

Over 10,000 RBCs within the monolayer, pre-graded across 23 morphological parameters.*

Yes. Full-Field capture covers all clinically relevant areas of the slide including the feathered edge - which is where platelet clump detection matters most, and where monolayer-only digital systems have a blind spot.

Yes. Review, consultation, and sign-off run in a standard browser from anywhere on the hospital's secure network, with no dedicated software.

Yes. The Full-Field Peripheral Blood Smear Application is CE-marked and FDA-cleared, and is commercially available across the U.S., UK, Europe, and other territories.

Yes - bi-directional HL7 integration, standardized reports with cell images and annotations, and full traceability of all user actions.

Take your morphology workflow fully digital.

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¹ Katz B-Z, et al. Int J Lab Hematol. 2021;00:1-9. ² Barkan R, et al. Appl Clin Inform. 2022;13(5):1093-1100. ³ Customer-reported implementation data, ZLM, Switzerland.

*Scopio Labs’ Full-Field Peripheral Blood Smear application is CE marked and FDA-cleared, and it’s commercially available across the U.S., UK and Europe and other territories.

*Remote review is available via the hospital's secure network