Dynamic 3D/4D Imaging Microscopy Instrument Systems

  • Update:Sep 21, 2017
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4D IMAGING AT YOUR FINGERTIPS: Real-time Portable High-Resolution Solutions for your Quality Control Needs.Enables quantitative non-invasive non-contact 4D characterization of reflective surfaces

Product Introduction

4D IMAGIN​G AT YOUR FINGERTIPS: Real-time, Portable, High-Resolution Solutions for your Quality Control Needs

STDO-HOLO

Overview:

STDO-HOLO enables quantitative, non-invasive, non-contact 4D characterization of reflective surfaces. Based on the principles of digital holography, STDO-HOLO provides real-time depth measurements with comparable accuracy to that of atomic force microscope at only a significant fraction of the cost and hassle.

Specifications for STDO-HOLO

Parameters Specifications for STDO-HOLO
Measurement Reflective materials
Image types Intensity and Quantitative Phase Contrast
Camera 1280x960 pixels, 8 bits, 4.65μm x 4.65μm/pixel
Laser source 642nm
Magnification 2.97x, 10x-60x
Axial Resolution 10nm
Lateral Resolution 7.81 μm, 1.1 to 4.4 μm
Field of View 4.27cm x 3.20cm;   790 μm x 620 μm
Working Distance 17cm
Sample Stage Manual x,y,z axis, travel range=10cm (optional)
Size and Weight L x W x H: 120 x 42 x 62 x cm and 460g
Vertical Measuring Range Wavelength Dependent

Software Features

Applications

MEMS Microsystem Characterization in real time

Characterization of Si Wafers

Micro-mechanics

STDO-NANO

Overview

STDO-NANO provides non-contact, non-invasive 4D measurements for transparent objects. By obtaining quantitative phase information with non-interferometric methods, STDO-NANO enables real-time nanometer-resolution depth measurements with comparable accuracy to that of digital holography and atomic force microscopy

Parameters Specifications
Measurement Transparent or Reflective Object
Image types Real-time quantitative phase and depth
Image sensors 1280 x 1448 pixels, 8 bits
Axial Resolution λ/20
Lateral Resolution 3.48 μm
Field of View 7.1 mm x 5.2 mm
Max step size 300mA (abt 11mm)
Sample Stage Manual x,y,z axis,  travel range=10cm  (Optional)
Dimensions L x W x H: 205mm x 80mm x 40mm
Vertical Measuring Range Up to depth for smooth surfaces
Wavelength LED tunable

Software Features

Applications

STDO-POLAR

Modular and customised packing, High Resolution, Whole field birefringence and stress measurement

STDO-POLAR provides dynamic whole-field stress analysis and birefringence measurements for transparent objects. By measuring the polarization of light through transparent objects, d'Polariscope enables robust high-resolution quality-control for 3D-printed or injection-molded components.

Parameters Specifications
Measurements Polarisation angle (o), normalized retardation (nm.cm), integrated stress (Mpa)
Birefringence 5 nm/cm
Integrated Stress 1 MPa (PMMA)
Spatial Resolution 2 μm
Illumination LED Light Source 520nm
Field of View 25mm x 25mm
Measurement time <5 seconds
Working distance 150mm
Stage Travel 100 mm x 100mm
Wavelength Green (520nm LED)

Applications

STDO-BIO

STDO-BIO is a microscope camera that converts 2D bright-field images into 4D videos. By obtaining quantitative phase information, STDO-BIO allows one to capture dynamic quantitative depth information of live cells and tissues. STDO-BIO can be used with any existing light microscope with a camera port.

Parameters Specifications
Measurement Transmission
Image types Real-time quantitative phase and depth
Image sensors 1280 x 1448 pixels,   8 bits
Axial Resolution <20nm
Lateral Resolution Magnification-dependent
Field of view Magnification-dependent
Size LxWxH:   205mm x 80mm x 40mm

Software Features

Applications

Cancer Biology

Regenerative medicine /tissue engineering

Infectious diseases

Neurological diseases

Drug development

Biological assay development

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