Smart Microscopic Robot
——Your next scanner is more than just a scanner.
High Precision & Resolution Scanning
Supports whole slide scanning with 100x oil lens, producing a resolution of up to 0.075 μm/pixel. Ultimate and stable scanning results can be achieved thanks to advanced focusing algorithms and mechanisms.
Accurate Detection & Segmentation
Accurately detect objects, and segment the edges of fibers or cells with high precision.
Wide Adaptability
Suitable for material fibers (such as glass, carbon), textile fibers (such as cashmere, cotton), medical samples (such as bone marrow, cerebrospinal fluid), etc.
Automatic and Fast Operation
Complete a whole slide scan in 3 minutes at fastest. Scan 240 slides in one run. Automated processes without human attendance.
Online Review & Cloud Storage
Web-based smart UI and cloud storage enable efficient reviewing and remote working.
AI Training Tools
Generate your own AI from annotated scan images to adapt to specific sample and environment conditions.
Applications
Glassfiber Diameter
Glassfiber Diameter
Suitable for automatic diameter analysis of glassfiber in various specifications. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Alumina Fiber Diameter
Alumina Fiber Diameter
Suitable for automatic diameter analysis of alumina fiber in various specifications, with or without coating, long or short fiber. Testing all fibers in a bundle is supported. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Carbon Fiber Diameter
Carbon Fiber Diameter
Suitable for automatic diameter analysis of carbon fiber in various specifications. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Basalt Fiber Diameter
Basalt Fiber Diameter
Suitable for automatic diameter analysis of basalt fiber in various specifications. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Quartz Fiber Diameter
Quartz Fiber Diameter
Suitable for automatic diameter analysis of quartz fiber in various specifications. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Fiber Length Measurement
Fiber Length Measurement
Suitable for automatic length and diameter analysis of various fibers. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Animal Hair Fibers
Animal Hair Fibers
Animal hair fiber samples are whole-slide scanned at 20x magnification for qualitative/quantitative analysis.
Plant Fibers
Plant Fibers
Whole-slide scanning of plant fibers under 20x objective for qualitative and quantitative analysis.
Fiber Diameter Measurement
Fiber Diameter Measurement
Suitable for automatic diameter analysis of glass fiber, carbon fiber, basalt fiber, and cashmere, etc. Its high efficiency, large sample size and good repeatability provide an excellent alternative to manual microscope measurement methods.
Glassfiber Cross-section
Glassfiber Cross-section
Suitable for scanning and capturing glass fiber bundle cross-sections, automatically calculating fiber cross-sectional area, perimeter, aspect ratio, and enabling automated detection of fiber profile variations.
White Blood Cells
White Blood Cells
Slide reviewing and diagnosis are done with sharp whole slide images and AI analysis results. It offers improved efficiency and traceability compared to traditional microscopic methods.
Bone Marrow Nucleated Cells
Bone Marrow Nucleated Cells
Slide reviewing and diagnosis are done with sharp whole slide images and AI analysis results. It offers improved efficiency and traceability compared to traditional microscopic methods.
Cerebrospinal Fluid Nucleated Cells
Cerebrospinal Fluid Nucleated Cells
Slide reviewing and diagnosis are done with sharp whole slide images and AI analysis results. It offers improved efficiency and traceability compared to traditional microscopic methods.