WDUTECH
A researcher at the University of Massachusetts Amherst has received a $340 million grant from the National Institutes of Health (NIH) to develop a portable optical sensor system that enables medical personnel or laypersons to rapidly diagnose the severity of on-site brain injury using a single drop of blood.
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goudsmit received a request from a French company producing nougat. (Nougat from Montélimar!) They wanted to measure the goudsmit magnets in their production facility, in their own words, to meet quality standards and ensure the magnets were still working optimally. This was also necessary to continue meeting the HACCP (Hazard Analysis and Critical Control Points) quality assurance standards.
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goudsmit new magnetic separator removes metal particles from soybean flour and similar materials. Easy cleanflow magnetic separators can be installed below vibrating screens to remove fine metal particles and weakly magnetic stainless steel wear particles as small as 30 μm from various powders, including soybean flour. This is also a control method to ensure manufacturers deliver products that are 100% free of metal. Metal particles and fine stainless steel wear particles entering the product due to friction in dryers are absolutely undesirable. The advantage of this new design is its lack of
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The rotating goudsmit magnetic separator removes metal particles of 30 µm from powders and granules, suitable for continuous processes installed in free-fall pipelines. The cleaning process does not stop the product flow—a clear requirement from a customer who wanted to recover shredded milk powder cans in a continuous process. The rotating Cleanflow magnetic separator removes metal particles of 30 µm from powders and granules, suitable for continuous processes installed in free-fall pipelines. The cleaning process does not stop the product flow—a clear requirement from a customer who wanted to
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Scientists have been developing a new type of sensor that can detect the Ebola virus in a drop of blood and provide results within one hour.
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Using robots to unload cargo at docking bays is not a new idea. A quick YouTube search will return numerous results. However, many of these previous approaches have been suppressed due to high costs and the inability to handle an increasing variety of packages.
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Gas accidents, such as toxic gas leaks in factories, carbon monoxide leaks from boilers, or toxic gas asphyxiation during manhole cleaning, continue to claim lives and cause injuries. In the fields of public health, environmental monitoring, and military applications, developing sensors capable of rapidly detecting toxic gases or biochemical substances remains a critical challenge. Recently, a research team at POSTECH developed an inexpensive, ultra-compact wearable holographic sensor that immediately notifies users of volatile gas detection.
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In Denmark, approximately 18-20% of the heat generated by district heating plants is wasted due to heat losses in the distribution network. This figure applies more or less to all European district heating network systems. A new research project supported by the Danish Innovation Fund aims to develop a smart sensor system that can monitor district heating networks with high precision and provide valuable new insights into the entire system, thereby saving district heating plants significant costs in monitoring, maintenance, and heat loss.
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goudsmit magnets are present in various locations in automobiles: gearboxes, sensors, brakes, water pumps, electric motors, ignition coils, and starter-generators, as well as in the currently widely used "lane departure warning" systems; these emit an audible warning or vibration alert when you drift off the road. This is achieved using magnets, which must function correctly to prevent automobile accidents. Therefore, measurement is critical.
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With the help of recently purchased software for magnetic calculations, R&D engineers Martijn Leskens at Goudsmit Magnetics use finite element or FEM methods to show product behavior in magnetic systems and quantify magnetic performance. Martijn (Martijn): 'We can effectively optimize the performance of this product through magnetic force calculations. This enables us to accurately predict magnet behavior based on magnetic field depth (known as "flux density") and the force acting on another ferromagnetic object.'
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