Materials analysis examines the properties, composition, and behavior of materials at a microscopic and macroscopic level. Using advanced techniques such as microscopy, spectroscopy, and chromatography, materials analysts investigate the structure, purity, and performance of various substances. From industrial materials and nanomaterials to battery testing and beyond, this field provides critical insights into the characteristics and applications of materials across industries such as manufacturing, electronics, and healthcare. Explore how materials analysis drives innovation, quality assurance, and product development for a wide range of applications.
MicroXCT-200 - High Resolution and Contrast; Large Sample Size and Shape Flexibility; Automated Multiple Point Imaging. The MicroXCT-200 is a versatile 3D X-ray imaging system suited for non-destructive analysis of a large variety of samples. Its unique design allows for high resolution imaging for relatively large samples. Its detectors are tailored to image both high and low absorption materials. The MicroXCT-200 provides t…
UltraXRM-L200 - Synchrotron-like 3D Imaging in a Laboratory System. The UltraXRM-L200 is the only lab based ultra-high resolution CT scanner for 3D visualization of microscopic sample volumes. Xradia's precision X-ray focusing optics deliver a resolution as fine as 50 nm, seamlessly extending the capabilities of X-ray CT beyond those of conventional scanners. Integrated Zernike phase contrast imaging enhances the visibility o…
The praying mantis diffuse reflectance accessory is useful for measuring the diffuse reflectance of low volumes of powders and pastes. Using two large hemispherical mirrors, it collects the light reflected from the crystalline sample, enabling the full wavelength range of the Cary instrument to be used. The accessory can be used with the Cary 4000, 5000, 6000i, and 7000 instruments.
Bruker’s innovative PIONA+™ Analyzer, based on the powerful 450-GC gas chromatograph, provides a highly flexible platform to obtain comprehensive characterization and quantitative information, including hydrocarbon group types, aromatics and oxygenates per carbon number for spark emission fuels. The system comes complete with ultra high performance columns and traps, CompassCDS™ chromatography data handling software and PIONA+…
The Horizontal Optical Dilatometer Misura® ODLT is the ideal instrument to study the coefficient of thermal expansion (CTE), testing materials beyond the softening point and reproducing industrial firing cycles. It allows to carry out thermo-mechanical measurements even beyond the softening point of a material throughout the entire industrial firing cycles (up to 1750°C on sample). Also, it can determine an expansion and shrin…
The Vertical Optical Dilatometer Misura® ODHT is the ideal instrument to study sintering, sintering kinetics, expansion and shrinkage. It allows to carry out thermo mechanical measurements following the process of expansion, sintering or bloating of materials. The practical applications of this technique are various and include all fields in which it is important to know the thermo-mechanical behaviour of the materials, reprod…
The Heating Microscope is able to acquire and store images of a specimen subjected to an industrial heating cycle ,while all the dimensional parameters (height, length, area…,etc.) are measured automatically during the test in order to identify: flattening/melting behaviour, fusibility, identification of the characteristic temperatures Misura® Heating Microscopes have been continuously developed and implemented to gain technic…
The Optical Fleximeter Misura® FLEX is the ideal instrument to study flexural behaviour of materials undergoing real industrial firing cycles without application of loads. The Optical Fleximeter Misura® FLEX is the ideal instrument to identify the coupling temperature, qualitative studies of the residual stresses between coupled materials and the pyroplastic deformations, which are related to the tendency of a material to defo…
The Heating Microscope and Vertical Optical Dilatometer Misura® HSM-ODHT is ideal for studying the flattening/ melting and sintering behaviour of materials undergoing real industrial firing cycles. The combination of the Heating Microscope with the Optical Dilatometer allows a better control of industrial processes, quality control of materials and development of new products with specific properties.
The Heating Microscope and Horizontal Optical Dilatometer Misura® HSML-ODLT is ideal for studying the melting/ flattening behaviour and coefficient of thermal expansion of materials. It is the ideal instrument for all the materials which present reduced or considerable expansions and contractions and it is incomparable for the study of thin materials without thickness limitations.
