AI100

A digital imaging and analysis application for hematology that provides dynamic full-field images of peripheral blood smears at 100x magnification with AI-powered cell morphology analysis. The system enables remote access, consultation, and collaboration over secure networks, eliminating the need for traditional light microscopy. It is CE-marked and FDA-cleared for commercial use across the U.S., UK, Europe, and other territories.

AI-powered imaging system utilizing morphological analysis for microscopic medical examination. Provides automated image processing and analysis capabilities for diagnostic applications in clinical laboratories.

Digital cell morphology platform featuring full-field peripheral blood smear imaging technology. Enables high-resolution digitized sample analysis with zoom, pan, and sharing capabilities for hematology and morphological assessment.

An AI-based cell analysis system for accurate early diagnosis of cervical cancer. This solution automates the diagnostic process including staining, scanning, and AI analysis for cervical cancer screening with superior performance compared to manual microscopy.

A research-grade AI-powered fluorescence microscope designed to analyse blood samples stained for tumour cells in real time. The QF1 detects and images circulating tumour cells with high sensitivity, uses AI algorithms to standardise cell counting and reduce subjectivity, and differentiates between living and dead cells for quantitative results. Developed to integrate directly with Sentinel qCTC, it enables research laboratories to perform liquid biopsy assays on-site, eliminating the need for sample shipping and reducing turnaround time from days to hours. The QF1 is a research instrument; outputs are not validated for clinical diagnostic use.

AI-powered imaging system for automated cervical cell analysis and screening. Utilizes machine learning algorithms to detect cytological abnormalities in cervical samples, enhancing diagnostic accuracy and throughput in clinical and laboratory settings. Integrates digital imaging with intelligent image analysis for standardized cervical cancer screening.

Digital microscopy analyzer for automated examination and differential analysis of peripheral blood samples. Reduces laboratory workload while maintaining high diagnostic accuracy and consistency.

A digital hematology microscopy analyzer that automates the workflow in hematology laboratories. It is designed for routine analysis of blood samples and provides digital cell morphology capabilities.

A high-throughput peripheral blood image analysis system for hematology diagnostics. Engineered for comprehensive cell intelligence and analysis in laboratory settings using artificial intelligence-based technology.

An artificial intelligence-based in vitro diagnostic medical device designed for cell analysis and intelligent cell information processing. The device is part of UIMD's new platform for cell imaging and analysis, applicable to peripheral blood, bone marrow, malaria, microorganism, tuberculosis, and parasite diagnostics.

An artificial intelligence-based in vitro diagnostic medical device designed for comprehensive cell analysis and hematological diagnostics. The device supports applications in peripheral blood, bone marrow, malaria, microorganism, tuberculosis, and parasite analysis.

Digital hematology microscopy analyzer that automates the analysis of blood and body fluid samples for laboratory diagnosis. Provides automated cell morphology examination and differential counting across high and low-volume laboratories.