X100 & X100HT
Two sizes. Infinite possibilities.
Revolutionize the way you see, work and diagnose with Scopio.
Smart AI for smarter healthcare.
Scopio leverages AI to analyze vast numbers of cells, unlocking the true potential of blood cell morphology.
Scopio X100
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Slide Capacity: 3-slide tray
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Throughput: Up to 15 slides per hour for a 200 WBC differential count
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Optical Resolution: Up to 100x magnification, Full-Field imaging
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Target Users: Small to medium-sized labs
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Applications:
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Full-Field Peripheral Blood Smear (FF-PBS)
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Bone Marrow Aspirate (BMA) Analysis Module
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Certification: FDA cleared, CE marked
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Key Features:
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AI-Based Decision Support: Automated pre-classification of WBCs
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Digital Morphology: High-resolution imaging of complete slides without tiling
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Scopio X100 HT
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Slide Capacity: 30-slide loader (3 cassettes x 10 slides)
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Throughput: Up to 40 slides per hour for a 200 WBC differential count
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Optical Resolution: Up to 100x magnification, Full-Field imaging
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Target Users: High-volume labs
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Applications:
-
Full-Field Peripheral Blood Smear (FF-PBS)
-
Bone Marrow Aspirate (BMA) Analysis Module
-
-
Certification: FDA cleared, CE marked
-
Key Features:
-
AI-Based Decision Support: Enhanced automation for high-throughput environments
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Digital Morphology: Full-slide imaging with no need for manual review
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Breaking the barriers of human capabilities.
Visual cell morphology analysis is still a manual, tedious task which requires expertise and is limited by the number of cells a human can routinely analyze through a microscope.
Scopio’s diagnostic solutions use the power of AI to count and analyze not hundreds, but thousands to millions of cells.
Efficient results for improved patient care.
Powerful clinical-grade AI reduces turnaround time for PBS reviews by 60%, representing significant optimization of lab workflows and operational efficiencies.
Nothing lost. Everything gained.
A new level of standardization and confidence.
Scopio’s AI-based Decision Support System (DSS) for the Full-Field Peripheral Blood Smear Application gives laboratory professionals a highly efficient way to conduct consistent and efficient WBC differentials, RBC blood morphology, and platelet estimations.