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Ultra high resolution optical microscope

NegotiableUpdate on 01/13
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Overview
Ultra high resolution optical microscope 2018/06/07 Microsphere lens (SMAL) imaging technology breaks through the traditional diffraction resolution limit of optical microscopes (200nm), bringing users into a new era of microscopes. The patented microsphere imaging technology improves the power of light, with a lateral resolution of up to 50nm, and the SMAL objective lens can magnify up to 400x. Through SMAL imaging technology, users can obtain ultra-high resolution images while retaining all the advantages of optical microscopes - fast, simple, non-destructive, complete, and true colors. We are committed to providing everyone with access to ultra-high resolution images, without the need for expensive equipment, strict usage environments, or large sample sizes, with only light sources, lenses, and cameras. Customized software algorithms stitch together high-resolution microsphere images, and the mechanical stage moves the sample under the lens. Enable users to quickly obtain full-color and ultra-high resolution large-scale sample images.
Product Details

 The microsphere lens (SMAL) imaging technology breaks through the optical diffraction resolution limit of traditional optical microscopes (200nm), bringing users into a new era of microscopes.
The patented microsphere imaging technology improves the power of light, with a lateral resolution of up to 50nm, and the SMAL objective lens can amplify up to 400x.
Through SMAL imaging technology, users can obtain ultra-high resolution images while retaining all the advantages of optical microscopy - fast, simple, non-destructive, complete, and true colors.
We are committed to providing everyone with access to ultra-high resolution images, without the need for expensive equipment, strict usage environments, or large sample sizes, with only light sources, lenses, and cameras.

Customized software algorithms stitch together high-resolution microsphere images, and the mechanical stage moves the sample under the lens. Enable users to quickly obtain full-color and ultra-high resolution large-scale sample images.