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goudsmit robotic end-effectors enable robotic arms to interact with the surrounding world. As robotic arms are used in more diverse industries, the demand for end-effectors capable of adapting to multiple use cases has risen.
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Goudsmit Magnetics has recently launched a new magnetic separator to the market that removes metal particles from soybean flour and similar products. The Easy Cleanflow magnetic separator can be placed under vibrating screens to remove tiny metal particles and weakly magnetic stainless steel wear particles of 30 µm from various powders, including soybean flour. It also serves as a control tool to ensure producers deliver clean products. Metal particles and fine stainless steel wear particles entering the product through friction in dryers are absolutely undesirable. This
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TPGC070078 magnets as robot arm end tools; when you want to use a robot to pick, place, or position flat steel products, TPGC070078 magnetic grippers are an ideal choice. Applications are highly diverse, for example: pick-and-place of steel parts, handling perforated sheets with robotic arms, unloading workpieces from crates (bin picking), positioning sheets in printing presses, stacking or destacking hot baking tins; high-temperature grippers are suitable for the last example. For instance, you can also use it to load and unload high-grade steel in presses; it is formed at high temperatures.
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The consequences of foreign bodies in food production processes are often incalculable; they range from machine damage and production stoppages to product rejection, damage claims, and product recalls. Metal detectors cannot detect very fine metal particles (<2 mm) in food, but magnetic separators can even filter stainless steel particles as small as 30 microns from fine powders and liquids, resulting in spotless, high-quality final products that meet all requirements. They also comply with EHEDG and HACCP guidelines for the food industry. Metal contaminants
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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.
View detailsgoudsmit 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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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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goudsmit has recently developed a new series of electromagnetic drum separators, specifically for food intake. In the aforementioned industries, these magnets remove ferrous and weakly magnetic particles from free-falling granular products, with sizes as small as 0.03 mm. The growing demand for magnetic force and material certification has led to this modified design.
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