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.
108 Auto Sputter Coater - ideal for routine sample preparation for scanning electron microscopy The Ted Pella 108 Auto Sputter Coater is ideally suited for automated high quality coating of non-conducting samples for standard SEM imaging. The added functionality of the automatic features enable fine grain coating on a range of samples with a choice of target materials. The automatic purge and leak functions together with the o…
CCS-2100 Automatic Cold-Cranking Simulator • Cooled by Built-in Solid-State Thermoelectric Modules • Improved Precision Over Earlier Models • Powerful VISCPRO® for Windows® Software • Fully Automatic Operation • Extended Range – 900 to 25,000 mPa·s (cP) • Needs No Solvent Cleaning CANNON Thermoelectrically-Cooled Cold-Cranking Simulators measure the apparent viscosity of oils at temperatures from –35°C to –5°C within a viscosi…
Thermo Scientific* LTQ FT Ultra combines the most advanced Ion Trap and Fourier Transform Ion Cyclotron Resonance technologies into a single instrument with unprecedented analytical power and versatility. Ultra-high resolution and sensitivity coupled with sub ppm mass accuracy, and MSn are universally available for the toughest applications demanding rigorous structural characterization.
Purospher® STAR NH2 is a high purity aminopropyl modified stationary phase.
The BV200 automated multi-sampling plasma viscometer calculates the PV of samples within 30 seconds of the tube being detected by the system. It can process up to 180 samples, displays the PV on the local PC, and automatically makes the information available to the hospital computer system. For the busy laboratory, this load-and-walk-away system saves time and eliminates many manual errors. The automated bar code facility, 't…
A “Brush-type” phase with broad applicability for separation of enantiomers: Whelk-O 1 is a reliable chiral HPLC column of high solvent stability and broad applicability. Whelk-O 1 is a “brush-type” phase according to the concept of Pirkle with (3R, 4R)-4-(3,5-dinitrobenzamido)-1,2,3,4-tetrahydrophen-anthren or (3S, 4S)-4-(3,5-dinitrobenzamido)-1,2,3,4-tetrahydrophen-anthren as chiral selector with high enantoselectivity for a…
Attocube attoMFM I - Low temperature magnetic force microscope, cantilever based The Attocube attoMFM I is a compact magnetic force microscope designed particularly for applications at low and ultra low temperature. Based on a conventional atomic force microscope, the attoMFM I instrument works by scanning the sample below a fixed magnetic cantilever. The magnetic force gradient acting on the attoMFM I tip is then determined…
Attocube attoSHPM - Low temperature scanning Hall probe microscope The attoSHPM is a compact scanning Hall probe microscope, designed particularly for operation at low temperature and high magnetic fields. At the heart of the SHPM, a molecular beam epitaxy (MBE) grown GaAs/AlGaAs Hall sensor measures magnetic fields with unrivalled sensitivity. Local measurements of the magnetization of a sample are obtained by scanning the…
Attocube attoFPSensor - Long range, high precision, ultra compact interferometric displacement sensor The attoFPSensor is based on a Fabry Perot interferometer consisting of a single mode fiber and a sensing element. The compact design (6 mm long, 3 mm diameter) and the attocube-typical compatibility with extreme environments such as ultra high vacuum und very low temperature open up new possibilities and applications for int…
Attocube Systems Atomic Force Microscopes (AFMs) are designed as complete system solutions, capable of being integrated into virtually any electron microscope currently on the market. The Attocube Systems AFMs offer highest levels of usability and flexibility, enabling scientists to perform high-precision measurements in material science, structural biology, solid state physics, and other fields of nanotechnology. attocube s…
