Search

Viewing and measuring grains and defects in the structure of materials, resolution to atoms (Nobel Prize in 1986), replacement of metal-graphic and electron microscopes Increase: from x2 thousand to x10 million. Measuring range: 0.2 nm to 30 microns All basic (STM, contact and vibro-AFM) modes, and more than 25 extras.modes

Designed for comprehensive studies of the physical properties of the surface using classical optical microscopy, confocal laser microscopy, confocal spectroscopy and scanning probe microscopy (atomic force microscopy). It allows you to get full spectra of Raman (Raman or Raman) scattering and/or fluorescence, confocal laser and confocal spectral images (surface mapping), SPM (AFM) images. The design of the Centaur I complex allows the use of both separate methods (for example, confocal microscopy / spectroscopy) and the combination of methods (including the combination of scanning fields, AFM / Raman studies, etc.).

The educational microscope is designed to observe transparent agents in transmitted light in a bright field, when studying natural sciences in schools of 2nd - 3rd stages and other educational institutions, as well as for various studies in laboratory practice.

The microscope is designed for the observation of transparent agents in transmitted light in a light field. This microscope is widely used in the study of natural sciences in schools of 2nd - 3rd stages, special educational institutions. It is also used in hospitals, polyclinics, for various studies in laboratory and medical practices.

The wide-range IR microscope of the MICRAN series, connected to the FT-801 and Infralum FT-801 Fourier spectrometers, is designed to study samples from 10 microns in size, including heterogeneous in composition. When working on an IR microscope, the operator has the opportunity to observe the object under study with a magnification of over 200X both using binoculars and on a monitor using a digital video camera, during photometry, select a local area of arbitrary shape with the help of diaphragms, and also “scan” the surface of the sample, observing the spectrum obtained in real time.

The IR microscope "MIKRAN" is designed to work with IR Fourier spectrometers "Infralum FT-801". The spectral range is 6000 – 600 cm-1 (with a microscope and an MST detector cooled with liquid nitrogen). Resolution 0.5, 1, 2, 4, 8 cm-1 (determined by the resolution of the Fourier spectrometer)

The M532® Raman microscope combines the capabilities of the Inspectr R532® Portable Raman Express Analyzer and the U300M microscope, adapting it for both transmission and reflection measurements. The wide functionality of the M532 microscope makes it possible to find and analyze individual particles with a size of 2-3 µm among many similar ones with similar physical and chemical properties, which opens up new research opportunities within the framework of a single Raman system. A spatial resolution of 1 µm and a spectral resolution of 4-6 cm-1 ensure excellent measurement accuracy and reproducibility. The compact design and portability of the instrument allow for high-quality and instant analysis of substances without sample preparation, which makes the M532 microscope an indispensable instrument for a wide range of studies. Equipped with a motorized slide (optional) with a step of 0.36 µm, the M532 microscope scans the surface of the sample, recognizes substances in multi-component heterogeneous mixtures and creates a graphical image of the intensities of Raman scattering characteristic lines at various points on the surface (2D mapping), which makes the M532 microscope the most advantageous in terms of price-quality ratio scanning Raman microscope in the world market.

QuattroPlex is the first Russian open multiplex platform for the quantitative and qualitative analysis of biomarkers by immunofluorescence analysis on magnetic beads. The detection technology copies the xMap technology, which allows analysis of several dozen analytes in a minimum volume. QuattroPlex benefits:

• • Multiplexing - diagnostics of up to 50 markers in one sample in one analysis
• • analysis of a wide range of markers (rheumatology, autoimmune diseases, HLA, cytokines, infections)
• • open system - use of any test systems based on magnetic coded microspheres
• • high sensitivity - possibility of qualitative and quantitative analysis
• • design that requires minimal desktop space
• • possibility of use in mobile laboratories.

Specifications:

• • Registered size of microspheres, microns — from 0.5 to 100;
• • 3 fluorescence registration channels;
• • fluorescence excitation wavelengths, nm — from 380 to 850;
• • wavelengths of fluorescence registration, nm — from 450 to 950;
• • detector - CMOS matrix;
• • sample volume, µl — from 30 to 60;
• • number of test samples per load — 1 (in a chip);
• • time for analysis of one sample, sec — 4;
• • Results management and analysis software - QuattroPlex results management and analysis software, compatible with Win/Linux;
• • interfaces for connecting to a laptop/PC — Internet/Wi-Fi;
• • dimensions W×D×H, cm — 20×20×30.

Delivery set:

• • system of multiplex analysis of biomarkers QuattroPlex;
• • starter set of consumables;
• • computer, keyboard, mouse and monitor.

A higher–level device with extreme sensitivity and an additional set of functions that allow you to expand the possibilities for conducting spectral studies: · revolver mechanism with 4 interchangeable lenses - mirror IR 15X, NPVO, lens 4X, lens 10X; · registration of spectra in the modes of specular and diffuse reflection, transmission and NIP; · increased sensitivity, which allows recording the spectra of micro-objects with sizes from 5 microns; · built-in control panel with advanced functions; · automated mapping system; · the rectangular slit diaphragm is made of special glass – after the fragment is selected, the rest of the field of view is also available to the user, which greatly simplifies photometry of extended surfaces with local inhomogeneities; · specialized software for controlling the microscope and processing the results. Liquid nitrogen is required to work with an IR microscope.