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.
When we developed our next generation X-ray microanalysis system, we made spectral imaging the heart of this analytical tool. Featuring a great combination of electronics designed for high resolution and high throughput, and easy-to-use and power software, the NORAN System SIX is your best choice for intelligent solutions. All your data, all of the time. No oops. No final decisions. It’s okay to change your mind. S…
With in excess of 150,000 installed units worldwide, Mantis has become the low magnification stereo viewer of choice in a vast range of laboratory and industrial applications. All of these applications require bright, well contrasted images that are easy to view, especially for prolonged periods. The patented spatial imaging technology used by Mantis provides true optical 3D images, together with large working distances an…
Extremely accurate refractometer for gases and anaesthetic gas mixtures
The DX41 offers excellent optical performance with a stable compact design and reduced footprint providing ample bench space for accessories. Vision Biomed’s infinity corrected optics provide outstanding contrast and resolution. As a system microscope, Vision Biomed’s DX41 is particularly well suited to clinical and research microscopy applications. A modular design adds to its versatility with optimised ergonomics making f…
The DX61 offers life science professionals convenience, performance and flexibility combining infinity corrected optics with innovative mechanical design and is particularly suited to most tissue culture applications. - Outstanding optical performance - Infinity optical system- Ergonomically optimised and compact design- Optional ISIS Expanded-Pupil eyepieces increase eye-reliefVision Biomed have developed the DX61 with the…
The only pycnometer with fully integrated temperature controlPycnomatic is the ultimate development for density measurement of solid materials available from Thermo. Based on the technique of gas displacement to measure real density of solid and powders, Pycnomatic delivers unrivalled fast and accurate results.Product DetailPycnomatic ATC is the first density analyzer featuring a built-in temperature control system. The manifo…
Speed, reliability and ease of use in physisorption and chemisorptionThe advanced automation, the analytical performance and the versatility of the Sorptomatic make it the ideal tool for reliable, fast and simple characterization of solids, powders or activated surfaces. The Sorptomatic, using the static volumetric gas adsorption method, can easily and precisely determine properties like the specific surface area and meso-micr…
The ideal companions for QC/QA laboratoriesQsurf is an ultra-fast surface area and total pore volume analyzers family based on the flow dynamic adsorption technique. It is available in four different configurations, single and multi point BET, with either one or three analytical ports. Despite the speed of analysis and the high throughput, Qsurf analyzers provide accurate determinations thanks to the sensitivity of its TCD det…
Catalysts characterization made easy, precise and unattended The fundamental properties of catalysts (metal surface area, dispersion, acid/base sites concentration and activation energy) can be determined with utmost precision and speed by the TPDRO 1100. The thermal analysis methods (TPD, TPR, TPO) and chemisorption in flow may be used for different objectives. The reaction or desorption profile may be used qualitatively to f…
The mercury porosimetry technique is one of the most useful methods to investigate the porous structure of solid samples in a quantitative way. It provides reliable information about pore size/volume distribution, particle size distribution, bulk (envelope) density and specific surface for most porous solids. The main highlights of the Pascal series porosimeters are exceptional speed of analysis and high resolution. The Pascal…
