3D printing is a kind of rapid prototyping technology. It is a technique for constructing objects by layer-by-layer printing based on digital model files and using adhesive materials such as powder metal or plastic. 3D printing is usually done using a digital technology material printer. It is often used in the manufacture of molds in mold manufacturing, industrial design, etc., and is gradually used in the direct manufacturing of some products, providing great convenience for the work of designers and engineers engaged in product design and production. Currently 3D printing technology is used in jewelry, footwear, industrial design, construction, engineering and construction (AEC), automotive, aerospace, dental and medical industries, education, geographic information systems, civil engineering, and Other fields. Recently, a British Kitronik electronic products company announced that it is willing to provide free resources to teach people 3D printing their own speakers. The project they launched is a 3D printed speaker and case that is designed for schools and home users. The design documentation and production tutorials are available for free download on the web, in addition to the company's Kitronik single. Channel and stereo speaker modules. This way people can DIY their speakers at a very low cost. Users can also recreate their own ideas, including stereo speakers. All resources on this project can be found on the Kitronik website, including all downloadable STL, STEP files and laser-cut files. The assembly of the speaker is relatively simple, and it is not necessary to have much experience in electronic product assembly. “When the project was first launched, our DIY electronic kit for 3D printed speakers and enclosures became popular and popular,†said Kevin Spoel, co-founder of kitronic Electronics. Said: "I think it is very interesting to be able to design 3D printed speakers and casings and design their own personalized speakers according to their own ideas. Together with the matching module kits we provide, it is convenient and inexpensive to install. At a low cost, you get a speaker product that is only personal." Spur added: "These resources are designed by Autodesk Inventor Professional (AIP), the world's leading 2D, 3D design and engineering software Autodesk's 3D visualization entity simulation software, and then leverage PLA fiber materials and ROBOX RBX. -01 3D printer for printing. Use kitronik's plug-in N' and play mono and stereo amplifier kits for final installation. Some designs can be adjusted to some extent according to your hardware requirements. By connecting to a smartphone Music, laptops, and other music players can be enjoyed." This speaker kit can be created using 3D visualization entity simulation Autodesk Inventor software Now those who have 3D printers can download files directly through the thingiverse 3D artwork model display platform. Those who do not have 3D printers can now access the data through the 3D printing hub online market. Now there are more than 31,000 users worldwide. Are in use. Simple electronic components make it easy for beginners to understand the assembly of consumer electronics Now those who have 3D printers can download files directly from the thingiverse 3D artwork model display platform. Users can also use 3D printed files as a design reference and can modify the design to their liking. Assembled finished cube speaker Velvet Fabric For Mid East,Knitted Fabric,Heavy Velvet Fabric,Jacquard Velvet Fabric SHAOXING RICH HOPE TEXTILE CO.,LTD. , https://www.richhopetextile.com
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