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Not all vacuum fixtures are suitable for the production of photovoltaic modules. Faced with such thin and fragile products as wafers, how to take action in the light, safe and undamaged objects is a barrier that is difficult for conventional fixtures to break through. At this industry fair, Schmidz brought the latest technology to its new product launch conference and solved this problem.
At Schmidz's booth, there were many large vacuum lifting devices, but they couldn't see the introduction of their "battled product" - they kept this "secret weapon" in the afternoon. 4:30 held a new product conference. In this press conference, Schmalz introduced the product's outstanding points with rich video and concise explanation.
SWG for Solar Photovoltaic Industry - This is a name that sounds a bit different, in fact it refers to the use of vacuum technology to automate the handling of wafers and solar cells. This fixture is not simple. It faces the thin, papery, fragile and delicate wafers. It can safely, accurately and accurately adsorb, transport, position and release it. It mainly has the following six characteristics:
First, a great contact area. SWG fixtures are divided into 5 sizes and 6 inches. It has a large contact surface when gripping the wafer, which ensures that the maximum gripping force is evenly distributed throughout the wafer surface so that it does not break.
Second, high speed and high accuracy. As the saying goes, “going slowly to work fineâ€, but in the current production of water, efficiency can not be ignored. Although the SWG is engaged in "little things," it is operating at a high speed of one tablet per second. Not only that, it does not produce displacement during handling, it is really fast and accurate.
Third, low gas consumption. Compared to Bernoulli's principle fixtures, SWG's operating costs are lower, achieving energy conservation and environmental protection.
Fourth, low vacuum. The 60% vacuum is the critical value of the SWG, and its large contact surface also ensures the minimum torque and the lowest risk of fracture.
Fifth, high suction force. The strong attraction force of the SWG will firmly "stick" the wafer to its surface, even if it is a damaged or deformed wafer, it is also "unremovable." This makes the production process safer and more stable with no residue.
Six, modular design. Its different material fixture surfaces, sensors, and alternative shock absorbing units meet the different requirements of different products for fixtures, and also make it easier to install. In addition, the small holes on the surface can be additionally equipped with sensors and detection devices, so that manufacturers can carry out product testing while handling products, killing two birds with one stone.
As the world leader in vacuum technology, Schmetter introduced the SWG in addition to the SWG in this industry fair, bringing with it novel devices such as metalworking vacuum fixtures and various types of lifting equipment. , track systems, etc. It allows us to see the technological innovation and unlimited possibilities in the handling industry.
The eye nut refers to the part that the nut and Bolt or Screw are screwed together to play a fastening role. It is an essential part for all production and manufacturing machinery. The lifting eye nut is a hanger commonly used in engineering. There is a screw thread under the nut, which can be drilled according to its different specifications and fixed by the screw mouth.
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