MetaMorph Microscopic Automation and Image Analysis Software

NegotiableUpdate on 01/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Product Details

Microscope imaging software comes with optional microscope analysis software

MetaMorph ® Microscope automation and imaging analysis software can control automatic image acquisition, hardware device control, and imaging analysis. It can easily integrate different fluorescence microscope hardware and peripheral devices into a customized workstation for customers. This software provides many simple and easy-to-use application modules for biological characteristic analysis. Two software supplementary packages, MetaFluor for fluorescence ratio imaging ® Software and MetaVue for basic image acquisition and processing ® All software is included in this combination.

Support third-party microscopes

MetaMorph software is compatible with many commercially available microscopes, laser emitters, TIRF optical components, and can be enabled on imaging systems that have previously been installed and are compatible with MetaMorph software.
Measure fluorescence ratio imaging

MetaFluor ® The fluorescence ratio imaging software is designed to measure single or multi wavelength intracellular ions to provide a deeper understanding of ion exchange and intracellular functions.
Record and analyze images

MetaVue ™ The scientific imaging system is a simple and easy-to-use software application used for capturing and processing images, performing image operations, archiving, and retrieving images.

Using positional super-resolution microscopy imaging to analyze molecular composition and dynamics

feature

Real time image processing

Use graphics processing unit hardware acceleration to support image processing. It can distinguish subcellular objects as small as 20nm in space and 40nm in axis.
Multidimensional acquisition module

Allow the use of a flexible wizard style user interface to capture complex acquisition sequences.
Comprehensive morphological measurement analysis

Determine objects based on any combination of morphological measurement parameters such as shape, size, or optical density, and classify them into user-defined fine categories.
Scan slide module

Automatically capture multiple images and seamlessly stitch them together. Very suitable for large tissue samples, it can ensure reproducibility while avoiding speculation in splicing experiments.
Continuous filming with equipment and cameras

It can accelerate the image capture rate and synchronously transfer images to memory during the acquisition period, thereby helping applications such as live cell/dynamic imaging capture dynamic cell events.
4D viewer supporting 3D measurement

The tools used for multidimensional visualization include: sequence image stacking, multiple Z-slice, wavelength, time point, and position. Can render data to view 3D iso surfaces and rotations.