Digital Microscope

VHX-1000 series

[Discontinued product]

This product has been discontinued.

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Real-Time 2D & 3D Image Stitching

Observation Area Expanded By 50 Times Under The Same High Magnification

High-magnification observation area expanded by 50 times

Real-Time 2D & 3D Image Stitching

Obtain high-resolution images with a large field-of-view

Unlike conventional methods, which perform stitching after capturing all images using a motorized stage, we have developed a completely new image stitching algorithm. When the user shifts the field of view using a manual stage, the area is stitched together in real time. The field of view can be expanded from a normal field (1600 x 1200 pixels) to 10000 x 10000 pixels at maximum, while the high-magnification sharpness is maintained.

Obtain high-resolution images with a large field-of-view

Both low and high magnification observation

The real-time image stitching function has the advantages of both low and high magnification observation.

Because of the large depth of focus, it was impossible to obtain a 3D topography at low magnifications.

Because of the large depth of focus, it was impossible to obtain a 3D topography at low magnifications.

A 3D image is built based on 3D depth information obtained from the amount of out-of-focus blurring. Our low magnification lenses boast a large depth of field, making it impossible to distinguish different layers of focus. Consequently, it was impossible to construct a 3D profile at low magnification. By stitching together higher magnification 3D images, we are able to decipher the depth information over a large field of view. This algorithm has allowed for macro-level 3D compilations.

Target focus method: Technology for real-time image stitching [World's First]

Target focus method

Once data in the z direction is obtained within the initial field of view, the "Z" positioning of the next section is determined through live pattern-matching algorithms. This method is critical in achieving a manual 3D image stitch.

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