I. Applications

Life science image analysis (molecular and cell biology, pathology, histology, neuroscience, pharmacology, etc.), bright-field and dark-field microscopy imaging, morphological classification analysis, cell analysis and counting, etc.

II. Main Technical Specifications

1. Image acquisition, observation, and comparison: Timed capture of moving targets, saving images in formats such as JPEG, BMP, PNG, TIFF, etc. Continuous recording of moving target image sequences, stored in AVI format. Image zoom, rotation, mirroring, partial observation, grid masking, etc.; comparison of processed images with the original.

2. Real-time preview saturation warning: Saturation warning feature during preview to avoid capturing overexposed images.

3. ★Automatic image stitching and extended depth of field: Automatically stitch multiple fields of view into a complete image. Automatically generate multi-focus 3D high-definition images from multi-focal plane captures, revealing image details.

4. Selection of regions of interest: Operations such as replacement, merging, subtraction, and intersection for circular, rectangular, polygonal, and arbitrary regions of interest; editable, deletable, and invertible.

5. Color processing and effect enhancement: Automatic correction of uneven illumination (automatic background correction), color adjustment, image color separation and filtering, etc. Adjustments for image brightness, contrast, saturation, RGB components, gamma, erosion, dilation, hole filling, inversion; various histogram corrections, smoothing, sharpening, noise reduction, edge detection, etc.

6. ★Automatic segmentation of elongated or circular粘連 targets, automatic classification, counting, and measurement (obtaining morphological parameters such as area, perimeter, diameter, major axis, minor axis, etc.), also capable of automatically counting fluorescently labeled viruses.

7. ★Automatic learning classification based on color and shape, with interactive conversion of classification categories and enhanced classification functionality through secondary self-learning guided by experts.

8. ★Sorting and output of analyzed targets (by area, size, aspect ratio, etc.), automatically generating distribution histograms of cell sizes. Also includes: Adding or deleting by set regions or mouse clicks; erasing individual or regional areas; querying or filtering particles based on specific conditions such as area or perimeter; renaming individual particles; viewing and outputting measurement parameters of individual particles.

9. Image measurement: Measurement of line segments, polylines, spline curves, arcs, circles, ellipses, rectangles, polygons, irregular shapes, length, area, perimeter, angles, etc., equipped with caliper tools. Online calibration of measurement units, magnetic lasso, vectorization of all shapes with editability, arbitrary annotations on images (boundaries, numbers, symbols, fills, etc.).

10. Measurement and analysis results output in formats such as Excel tables and marked images. Features online self-upgrading capability.

III. Standard Configuration

1. MIA-V Biological Microscope Image Analyzer system software USB drive and software lock: 1 set

2. Olympus CX33 Trinocular Biological Microscope (10-megapixel camera imaging): 1 unit

Remarks:

1. Items marked with ★ in this technical specification must be complied with; otherwise, it will be considered a major deviation.

2. This product requires a computer. Recommended optional: Brand computer (Core i5 9th generation or above CPU / 16GB RAM / 21.5" color display / wireless network card, at least 4 USB 2.0 ports, operating environment Windows 10 full Professional or Ultimate edition).

3. Recommended optional Olympus BX53 Trinocular Biological Microscope.