If you’ve ever wondered why some liquids mix perfectly while others stubbornly separate, or why a tiny drop of detergent can magically lift a grease stain, you’ve already encountered the fascinating world of surfactants. In the high-stakes environments of research … Continued
Research laboratories across Australia, Europe, and North America face a recurring challenge: selecting the appropriate surface characterisation technology for nanoscale measurements. The decision between an Atomic Force Microscope (AFM), Scanning Electron Microscope (SEM), and Optical Profiler directly impacts data quality, … Continued
Purchasing a Scanning Electron Microscope represents one of the most significant capital investments a research facility or industrial laboratory will make. The scanning electron microscope price spectrum ranges dramatically: from approximately $90,000 for entry-level benchtop systems to well over $1 … Continued
Researchers at leading universities and industrial laboratories worldwide face a common challenge in sample preparation: selecting the wrong process gas in the plasma cleaning process can compromise surface characterisation results, damage delicate substrates, or leave residual contamination that undermines months … Continued
Full-size Scanning Electron Microscopes (SEMs) have been restricted in use to experienced Electron Microscopists for decades. The advent of Benchtop SEM in the last two decades made Electron Microscopy accessible to beginners. These small systems have gained popularity due to … Continued
The KLA Instruments comprehensive portfolio of products, software, analysis, services and expertise is designed to help scientists, researchers and engineers address their toughest measurement challenges in the characterisation of diverse samples by generating reliable, precise data. Through use of these … Continued
KLA Instruments’ Alpha-Step D-Series, Tencor P-series, and HRP-Series Stylus Profilers deliver high-precision 2D and 3D surface metrology, measuring step height, surface roughness, bow, stress and other challenging analyses by generating reliable, precise data with their innovations in sensor technology. Since … Continued
INOVENSO Co. is one of the leading manufacturers of nanofiber production equipment, such as single and multi-needle electrospinning devices, bought by research laboratories and industries in multiple countries, especially in Australia and New Zealand. Currently, we offer needle-based, hybrid, single-nozzle, … Continued
Electrospinning is one of the most effective and versatile technologies for producing nanofibres from a wide range of polymeric materials. Changing the effective parameters of the electrospinning process makes it possible to control fibre properties such as morphologies, orientations, structure … Continued
Surfactants form ordered aggregates called micelles once their concentration exceeds a threshold value. The Critical Micelle Concentration (CMC) is the point where micelles start to form. CMC measurements are used to measure the surface tension of surfactant liquids. This can … Continued