VF10 High Mag Fluorescence Microscope

Feature Highlighted:

·  100x-3200x Ultra-high magnification microscope reveals the detailed features of the examined materials from macro to micro perspectives.

·  Extended depth-of-field tomography observes and interprets the sequence of stamp and strokes/stock order.

·  Coaxial light illumination provides the optimal observation method for documents.

·  12M pixels High-definition, wide dynamic range cameras ensure the best image quality.

·  High-power, high-purity dual-band LED excitation light source offers optimal fluorescence observation, with adjustable illumination angle and distance.

·  Tomographic microscopic 3D imaging technology presents the three-dimensional reconstruction of the examined materials in true original color.

·  High-precision optical system Z-axis movement control, with micron-level stepping accuracy and auto focus adjustment , ensures high-resolution 3D images.

·  Various image processing, comparison and measurement functions.

Application:

Stamp and stroke sequence            order of strokes       

paper fiber inspection                     photocopied document inspection     

printed document inspection          other user-extended applications

Case Study

1. stamp and strokes sequence analysis

Co-axial high magnification observation under white light

2.Optical Tomography Stereo observation of overlapping parts of the handwriting

   Ultra-short depth of field caused by the high-magnification lens can effectively distinguish the upper and lower order of strokes.

3. Observation on the accumulation morphology and distribution characteristics of toner particles in laser printing/copying documents.

4. Secondary printing analysis and identification

Laser printing document formation method for the toner adsorption to the paper through the fixing method of the toner melting pressure after the formation of the image, the second printing part of the coaxial light reflection light is more obvious than the first printing. Identify traces of forgery in documents through the identification of the second print.

5. Microscopic three-dimensional imaging inspection

Specification

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