By Advanced Technologies Center
Magnetic Series NSG01Co, FMG01Co Price 1233 rubles a piece Gold or Aluminum reflective coating One rectangular console Conductive coating: Au, PtIr or TiN Conductive coating thickness 20-30 nm Probe radius 35 nm Magnetic cantilevers available with characteristics of NSG01, FMG01.
Software package for scanning probe microscopy Use FemtoScan Online to analyze SPM, electron and optical microscopy data and to process images in standard graphic formats. High-quality visualization Visualize any nano-objects with FemtoScan Online. Build graphs, parametric curves, two-dimensional color maps, 3D images. Use different color palettes, customize colors, size and location of graphic and text elements. Multifunctional tools Achieve exceptional results with automated data analysis features. Apply automatic selection of objects, determination of their height, perimeter and other parameters, analysis of surface roughness, determining the growth rate of the steps of a crystal; calculating the persistent length of molecules. Mathematical data processing in one click Now data processing has become even easier. Use the built-in features of FemtoScan Online: carrying out Fourier transforms, building surface profiles, threshold filtering, subtraction of images with arbitrary scale factors, etc. Work from anywhere in the world Continue to work on the experiment remotely. FemtoScan Online has a wide range of functions to implement. remote access: full microscope control via the Internet, secure data exchange, conducting a database of experiments, video conferencing support, integration with a web server. When working with SPM FemtoScan The cost of one license is $1299 or€999. Technical support Use free technical support. Write on the mail, we will help you Free trial version Learn about the features of the program unlimited functionality installing the trial version System requirements Operating systems: Windows XP, Vista, Windows 7, Windows 10. Server analogues - Windows Server 2003, 2003 R2, 2008, 2008 R2. Documentation All program documentation is here
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The unique multifunctional analyzer of chemical and biological substances. System advantages: - Tension measurement of thin films - Cell working volume 200 μ - The sensitivity of the cantilever deflection detection system is 1 nm - Using 4 cantilevers for direct multivariate analysis - Additional monitoring of the measuring cell using an optical camera - Convenient sample entry system - Record detection limit: 10-14 mol / liter - The device connects to the computer via a USB cable and does not require additional power - Intuitive program interface - Analysis of the kinetics of the formation of monolayers and surface chemical reactions Universal cantilever sensor The technology of cantilever sensors theoretically allows you to measure mass with an accuracy of 10-18 grams, which is comparable to the mass of a single protein molecule. In order to put such a sensitive system into practice, we developed a unique BioScan device for registering supersmall quantities of a substance in gases and liquids. It combines the functions of biological and chemical nanosensors. Main advantages: record sensitivity by weight, minimal amounts of reagent, multifunctionality, resistance to acts of nonspecific binding, compactness. How it works The analyzed mixture is introduced into the cell in which cantilevers are installed, and a laser beam is directed at them. After reflection from the cantilevers, the mirror system directs the beam to the detector - the program analyzes the camera matrix, the image it receives. Chemical reactions and the processes of adsorption and desorption on the surface of the cantilever cause its deflection and displacement of the reflected beam. The schematic diagram of the device Cantilevers are mounted in the special holder Convenient software The BioScan Atomic Scales system is controlled by the FemtoScan VideoSense program. The upper part of the program window shows the image of the sensor cell taken by the camera, the signal arriving at the detector and the processed image, in which the reflected rays are shown in different colors. The following graphs are constructed depending on the deviation of each console from time.
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Multifunctional scanning probe microscope with full operational internet access 50 modes of scanning probe microscopy: - Contact atomic force microscopy - Resonant atomic force microscopy - Lateral force microscopy - Scanning resistance microscopy - Scanning tunneling microscopy - Tunneling spectroscopy - Controlled heat of the sample - Magnetic force microscopy - Force curve analysis - Nanolithography - Electrostatic force microscopy - Optical microscopy with internet data transfer - Measurement in air and liquid Maximum functionality FemtoScan combines compact size, powerful software, and remote access via the Internet. An open architecture provides special opportunities for research - now you can optimize the microscope for any, the most accurate experiment. High Quality Electronics The package includes a unique controller based on 16-bit microchips, which have record-low noises. Microscope electronics allows for more than 50 methods of scanning probe microscopy. Conduct research in various fields: in chemistry, physics, biology, medicine, nanotechnology, etc. Convenience of Scanning With FemtoScan, you can not only see objects of submicron size, but also get atomic or molecular resolution on the surface of crystals and films. A microscope allows scanning the same surface area of a sample with different magnification repeatedly. We made it possible for you to study the surface structure to the smallest detail. Advantages One of the most important advantages of FemtoScan is the ability to make additions to the structure, create various add-ons to develop new measurement techniques and conduct experiments. Price of 1 FemtoScan full complect: 4 960 000 RUB
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Noncontact Series NSG01, NSG10, NSG03, NSG30 Gold or Aluminum reflective coating One rectangular console Guaranteed probe radius 10 nm NSG01: Length, l±5µm 125; Width, w±3 µm 30; Thickness, µm 1.5 (min) 2.0 (standard) 2.5 (max); Resonance frequency, kHz 8 7 (min) 150 (standard) 230 (max); Spring constant, N/m 1.45 (min) 5.1 (standard) 15.1 (max) NSG10: Length, l±5µm 95; Width, w±3 µm 30; Thickness, µm 1.5 (min) 2.0 (standard) 2.5 (max); Resonance frequency, kHz 140 (min) 240 (standard) 390 (max); Spring constant, N/m 3.1 (min) 11.8 (standard) 37.6 (max) NSG03: Length, l±5µm 135; Width, w±3 µm 30; Thickness, µm 2.0 (min) 1.5 (standard) 2.0 (max); Resonance frequency, kHz 47 (min) 90 (standard) 150 (max); Spring constant, N/m 0.35 (min) 1.74 (standard) 6.1 (max) NSG30: Length, l±5µm 125; Width, w±3 µm 40; Thickness, µm 3.5 (min) 4 (standard) 4.5 (max); Resonance frequency, kHz 240 (min) 320 (standard) 440 (max); Spring constant, N/m 22 (min) 40 (standard) 100 (max)
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