According to the foreign media "3D printer" website reported on May 3, the Australian Meat and Livestock Association MLA is a non-profit red meat research organization, recently introduced a new 3D printed beef products for consumers to choose. The organization imported a Dutch made minced water liquid-quality printer for the manufacture of a variety of complex-shaped fleshy foods. Minced water refers to the by-products of meat products during secondary cutting or processing, such as meat sauce or chopped meat. It can be used as a raw material for 3D printing to make meat products, thereby reducing the intermediate stages of production and minimizing the loss of food during processing, transportation and packaging. Last year, the MLA Association decided to start 3D printing of meat products. The news media are curious that 3D printing can produce delicious beef products? Does anyone prepare to eat it? Excitingly, the organization put forward a clear slogan that 3D printing should be presented to the public as part of cooking. In the field of 3D printed meat products, MLA is not the only adventurer. Although it has unique ideas in the design of internal organs, it has no household reputation. Its successes are only the use of 3D printers to produce 5 types of minced water printed foods, in addition to 3D printing meat food technology is very familiar with. MLA Head Chef Sam Burke has personally tasted print foods as he brought 3D printing technology to the production of appetizers and meat products. Researchers believe that the “minor†status of meat in past cooking can also be an ideal food, such as making burritos or pies that are peculiar in shape. Some people look at this invention in a novel light, but MLA is serious about using the 3D printer to make the next generation of meat. To solve the problem of hunger, scientists have suggested that people eat the tissue meat in laboratory petri dishes. Nowadays, with the 3D printer, the use of minced water that was considered useless has also come in handy. MLA members pointed out that this technology is not intended to replace existing sausages and steaks, but in some cases, 3D foods are desirable. For example, it will bring more low-priced accessories to burgers, which will increase the profitability of the fast food industry. The 3D printed steak style is cheaper than the real Australian steak but it has a similar appearance and tastes good. High-quality Australian steaks can be exported at a price of 50 Australian dollars per kilogram, but meat products are far below that price. If the abattoir prints its minced water into food through new technology and develops it together with the fast food industry, it will make a huge profit. The researchers also added that 3D technology can not only print minced water but also print bio-synthetic non-meat organics, which is also good news for vegan and animal rights protectors. In addition, for children who do not like to eat vegetables, parents can also use 3D food printers to print pancakes rich in various vegetables to make them like children's styles so that they can easily enjoy balanced nutrition. MLA said that although 3D meat printers are now expensive, they may become common kitchen appliances like microwave ovens and go into millions of households. High Power High Voltage Power Supplies
The High-power High Voltage Power supply is a customized high-voltage power supply family developed by iDealTek-Electronics based on the design and development of IGBT switching elements.
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HP series High power high-voltage power supply is the first generation high-power HVPS designed by iDealTek-Electronics, adopting the standard 19-inch chassis structure to facilitate the integrated installation of high-voltage systems. The output power ranges from 5kW to 15kW (single unit), with the output voltage ranging from 1KV to 60kV.
HPS series ultra-high-power high-voltage power supplies are developed on the basis of HP series using internal high-power high voltage modules in parallel built in 19-inch standard cabinet with control, inverter, high voltage transformer split design structure, output power ranges from 50KW to 300KW with output voltage up to 300KV. The power supplies adopt a mixed cooling method of air cooling of the control part, water cooling and oil cooling of the main power unit. The internal module redundancy technology and perfect protection circuit ensure the excellent reliability of the power supply under high-voltage and high-power output.
Compared with the traditional linear high power High Voltage Power Supplies, our high-power high voltage power supplies of IGBT-based topology can achieve output power beyond that of the linear high voltage power supplies and also break through the ceiling where the output voltage cannot exceed tens of KV, besides the same electronic characteristics of high precision low ripple and high stability as the linear high-voltage power supplies, our high power high voltage power supplies are also featured for high efficiency, fast response characteristics that linear high voltage power supply can't match.
At present, the production of high power high voltage power supplies is difficult and the applications are diverse and scattered. Basically, they are mainly customized. The industries that have been aiding include mining gravel, ultra-high-power capacitor charging, electron beam melting, electron gun, ion acceleration, ion implantation and other cutting-edge industries.