Zeiss microscopeThe Axioskop 2 MAT, with its cutting-edge concepts and high efficiency features, has high-tech content and unparalleled functionality.

Characteristics of Zeiss microscope Axioskop 2 MAT
High performance optical components - perfect for material testing

Transmission, uniformity, and correction - all optical devices are tailored to the requirements of material testing applications. The result is a significant improvement in quality and performance. The future upgrade in optics is the capture of proprietary light (which can reduce stray light). In addition, the 3200 Kelvin chromaticity temperature can be adjusted with just one button, ensuring the color authenticity and image accuracy of the material samples you take.

Enhanced Contrast Epiplan-Noflur Objective - the best in terms of color and contrast
Outstanding contrast and excellent imaging performance - Epiplan-Noflurs with enhanced contrast. Based on ICS (Infrared Photography System) optics, these objectives provide the highest quality materials for image display, imaging, and imaging. They are used for scanning, scanning, scanning, and scanning, as well as for scanning, scanning, and scanning. Is it the right way to treat the symptoms of water chestnuts, diarrhea, and other illnesses? nbsp;

Total Interference Contrast - Improving Measurement Techniques
A new standard in the field of measurement technology: with the help of polarization of circular light rays, it is easy to measure optical path differences and graded heights. Here, interference pattern indications can be applied to objects. The result is that the measurement range is around 5 microns, and with clearly defined levels, it is possible to accurately measure up to 20 nm. TIC - Total Interference Contrast: This is a technological innovation that is easy to use and reasonably priced. Made by Carl Zeiss.

Circular - Differential Interference Contrast - High Contrast Innovation
Axioskop 2 MAT provides a new technique for optical polarization of circularly polarized light (circular differential interference contrast), which is different from traditional differential interference contrast. In the field of material micro display technology, circular polarization is a relatively new technique that uses differential interference contrast to solve familiar image problems. By utilizing the innovative circular micro differential interference contrast technology, physical samples that were previously only visible at a certain angle can now be seen from all directions - regardless of their orientation, without the need to rotate the sample stage. You only need to adjust the button on the micro differential interference contrast slider to see complete and high contrast images of all sample structures. All information about the samples is provided in a visual form, with a clearer contrast - making your workflow more efficient.

Deep Field of View - Real time Expanding Focus Depth Range
Having both deep focusing depth and high resolution - many users prefer to have these two functions on the same objective lens. Classic optical microdisplay techniques cannot produce such objectives because the depth of focus is inversely proportional to the numerical aperture. Using DeepView technology, Carl Zeiss was the first to provide a solution to the problem, which can significantly deepen the depth of focus of large numerical aperture objectives while ensuring the quality of diffraction limited images. The prerequisite for improving performance is a wavefront modulator, which takes the form of a small slider and, together with a powerful system, integrates modern microscopes, cameras, software, and computer technology.

The Zeiss microscope Axioskop 2 MAT photocell can accept all types of cameras - the ideal material for the XioCam family of digital cameras. Fine grating scanning performance is excellent: AxioCam HR has very high imaging resolution at low objective magnification, while also having a large field of view and high resolution. Another interesting price option is AxioCam MR. Both of these digital cameras produced by Carl Zeiss have much higher resolution, quality, and sensitivity than video cameras, ensuring clear and realistic image colors or B&W. AxioCam has a simple design that eliminates the complex control box, multiple cables, and difficult to operate operating system found in other camera systems. Due to their compact design and optimal adaptability to microscopes and software, these cameras have become the solution to the Axioskop 2 MAT resolution issue.

AxioVision - Intelligent Processing of Material Imaging Data
AxioVision has established a modern standard for image processing, image analysis, and archiving. Due to its modular structure, it can also be applied in basic digital imaging and complex high-end material microscopy detection technology applications. AxioVision offers a wealth of advantages: a free-form menu, reliable reproducibility, automatic storage of the entire process, and finally, the excellent ZVI Carl Zeiss image format allows for the simultaneous connection of images and image parameters to a single file. The advantages also include: convenient archiving and VBA interface for single program design, modern window foundation, etc. AxioVision is based on an excellent and steadfast philosophy: easy and intuitive operation, great flexibility, highest performance, and excellent cost performance ratio.
The development of this product is based on the latest ergonomic achievement: the trinocular ergo phototube. Due to the adjustable height of the tube within a range of 50mm, any significant differences in user height can be compensated for. The eyepiece maintains a viewing angle range of 20 degrees - according to scientific research, this is the optimal angle. In addition, no matter how heavy the TV camera is, there will be no sliding when adjusting its height.