Automatic Diatom Detection System
AI-driven forensic system for rapid, high-precision detection, identification, and analysis of diatoms and microscopic forensic samples.
Key Features:
✔️ AI-assisted automatic identification and localization of diatom areas on digital slides
✔️ High-speed autofocus and continuous HD imaging for clear, seamless observation
✔️ One-click high-speed detection and automatic recognition of slide information
✔️ Supports high-throughput scanning of 60–120 slides with adaptive focus and short exposure
✔️ Super depth-of-field mode optimized for diatom, tissue, and histopathological sample analysis
✔️ Automatic report generation for efficient forensic workflow
✔️ Panoramic digital slice conversion for storage, remote viewing, and intelligent analysis
✔️ Expandable applications for sperm analysis, fiber identification, and broader forensic microscopy
Automatic Diatom Detection System
Automatic Diatom Detection System employs AI algorithms to identify and locate diatom areas in digital slices using high-speed real-time auto-focus for clear, continuous imaging. The high-throughput digital pathology scanner supports 60 or 120 slides with short exposure high-speed scanning and adaptive continuous focusing. It operates at 400x magnification with super depth-of-field mode for diatom and tissue detection requirements. HD display provides larger observation ranges with faster slide browsing and true image saving capabilities.
One-click high-speed detection automatically identifies detection areas and recognizes slide information, auto-focusing for clear imaging without manual adjustment. The system processes kidney, liver, lung, and water sample sections, automatically generating reports after identifying and locating 99% of diatom species. It converts microscopic pathological slices into panoramic digital slices, storing, transmitting, and enabling remote diagnosis through intelligent analysis of large image data. Future development includes forensic histopathological identification, sperm image analysis in rape cases, and fiber identification applications.
Drowning investigation teams use the Automatic Diatom Detection System to confirm submersion death through tissue diatom analysis from lung and bone marrow samples. Military forensic laboratories apply it during mass casualty identification when environmental exposure complicates cause-of-death determination. Naval medical facilities utilize the remote diagnosis capability for maritime incident cases requiring expert consultation from shore-based pathologists. Aviation accident pathology units employ the system to differentiate pre-impact death from water immersion in aircraft water crashes.
Tactical Supply Pakistan delivers automated microscopy solutions that reduce analyst workload during high-volume case processing, addressing staffing limitations in Pakistani forensic laboratories while maintaining diagnostic accuracy through AI-assisted diatom identification and documentation protocols.
Can the system differentiate marine from freshwater diatom species?
Yes, the AI algorithm recognizes diatom morphology characteristics specific to marine and freshwater environments, automatically classifying species to support drowning location determination during forensic investigations.
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