Microscopy, Surface and Elemental Analysis
Probe Scanning Microscopy
Microscopy and Surface Analysis
STM works by scanning a metal tip on the surface. By bringing the metal tip very close to the surface, and applying an electrical voltage to either the tip or the sample, an image of the surface can be obtained on an extremely small scale.
Compact equipment with an electronic resolution of 7.6pm x 7.6pm x 3.1pm used exclusively for conductive…
Compact and high resolution equipment with different working modes for different types of measurements…
Equipment fully equipped with more than 10 working modes, capable of supporting upgrades to work in inverted…
The fastest and most advanced equipment on the market, it has 17 working modes and the possibility of…
Optical and Digital Microscopesscopy
Microscopy and Surface Analysis
The Microscope is design to work on the analysis of superficial evaluation at micrometric scale to determine production failures, placement errors, corroborate the quality of the product or simply understand what the surface structure of a part or sample is like. Additionally, they allow us to get information about curvature, diameters, pore size, grain size, incrustations and 3D reconstruction, and they also comply with national and international standards for the most rigorous quality control processes.
Analyze the smallest MEMS sensors down to an XXL wafer or even entire flat panel displays without destroying…
Is your smart digital microscope, ideal for quality control and quality assurance applications in virtually all fields…
CMM Systems
Microscopy and Surface Analysis
The CMM systems are designed for verification and inspection of finished parts in production lines for various applications. With this systems we can carry out evaluations of diameters, roundness, production specifications, know the uncertainty of our parts and processes, but above all, always maintain 100% quality. These machines work both with probes that make direct contact with the parts and with optical sensors that allow us to double check any measurement.
Does your company’s production plan need to be met? Are you looking for performance at a very affordable cost?
Camera sensor offers a variable degree of magnification. Compared to conventional lenses, it offers a four times larger…
Enables you to be prepared for tomorrow’s measurement requirements today: The new generation is equipped…
Surface Analysis
Microscopy and Surface Analysis
XPS is when an atom or molecule absorbs an X-ray photon and an electron is ejected. The kinetic energy (KE) of the electron depends on the energy of the photon (hv) and the bond energy (BE) of the electron. By measuring the kinetic energy of the emitted electrons, it is possible to determine which elements are near the surface, their chemical states and the bonding energy of the electron.
In a TOF-SIMS analysis, a solid surface is bombarded by primary ions of some energy keV. The energy of the primary ion is transferred to atoms of interest via atomic collisions and a collision cascade is generated. The interaction of the collision cascade with the surface molecules is smooth enough to allow even large, non-volatile molecules with masses up to 10,000µ to escape with little or no fragmentation.
In a LEIS analysis the sample surface is bombarded with noble gas ions and an energy of some keV. The ions are dispersed by the surface atoms according to the laws of conservation of energy and momentum. By measuring the energy of the backscattered ions, the mass of the scattered surface atoms is determined
The Qtac is a highly sensitive instrument. It is extremely sensitive to the surface, providing elemental and structural…
TOF.SIMS 5 is the latest generation of high-end TOF-SIMS instruments developed over the past 25 years…
Electronic Microscopy
Microscopy and Surface Analysis
In Scanning Electron Microscopy (SEM), low energy (less than 50 eV) secondary electrons are emitted from the sample surface and can be used to give a type of image.
The TM4000 Series features innovative, state-of-the-art technology that redefines the capabilities of a benchtop…
The FlexSEM 1000 VP-SEM combines innovative technology features with an intuitive interface, to provide…
Portable X-Ray Fluorescence (XRF)
Microscopy, Surface and Elemental Analysis
Energy dispersive X-ray fluorescence (EDXRF) is the best choice for different applications such as Non-Destructive Testing, Positive Material Identification, Geochemistry, Scrap and many more. The miniaturization of the technology allows it to offer high quality instruments and with the ease of using it anywhere due to its compact size and low weight.
The X-MET8000 range of handheld X-ray fluorescence analyzers delivers the performance needed for…
Portable Laser Induced Plasma Spectroscopy (LIBS)
Microscopy, Surface and Elemental Analysis
Laser Induced Plasma Spectroscopy is the technological revolution for elemental analysis. Similar to Optical Emission Spectroscopy, LIBS instead uses a high-powered laser to produce a plasma, technology that has allowed the technique to be miniaturized to handheld equipment and with the versatility of using Argon purge for precise analysis of light elements such as Coal.
Vulcan is a handheld LIBS (laser induced breakdown spectroscopy) analyzer, which allows users to perform rapid metal analysis and…
