China3D printingNet December 14th, for many years, the automotive industry has been using3D printingTechnology to manufacture particularly unique and complex auto parts. The design cost of these parts is lower than that of traditionally manufactured parts, so they can be produced quickly.Early adopters mainly use this technology for rapid prototyping, but recently, manufacturers have been making for concept cars and luxury cars3D printingCustom pieces. 1016 Industries is a company located in Miami that produces special3D printingParts to maximize the performance of the world’s fastest vehicle. The company has successfully completed the McLaren 720S (with3D printingParts of the body kit) initial performance test.
1016 Industries is known for creating some of the world’s most advanced carbon fiber designs that improve the aesthetics and performance of exotic cars. The engineers of the group claimed that they “extracted the DNA of the car” to modify and replace the car to improve its driving, function and behavior.The company strives to be the first in the automotive industry3D printingThe technology is seamlessly integrated into the company in the large-scale manufacturing process.Now, it has successfully completed the first stage of the performance test of one of McLaren’s supercars, which has completely passed3D printingThe parts have been adjusted.
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Trial with3D printingComponentMcLaren 720S.Image courtesy of 1016 Industries
The core of the business is the use of advanced technology to manufacture parts for luxury sports cars. From the sound, appearance and performance of the car to most importantly, the strength, function, form and quality of the engineering parts are what makes the company so unique. 1016 Industries has been revamping super sports cars for many years and has sold more than 150,000 tuning boxes in more than 50 countries/regions around the world. The quality control and continuous improvement of the production process prompted the company’s engineers to adjust parts for Lamborghini high-performance cars and Ferrari, Audi and Porsche high-performance cars.
According to a report by Grand View Research, the automotive aftermarket is valued at 378.4 billion U.S. dollars and is expected to continue to grow in the next ten years. Although most car owners only need few updates, more investment is in the body kit, which is mainly to improve vehicle performance. 1016 Industries has been pursuing this market, which shows that it has set out to revolutionize car design by exploring how to more efficiently manufacture a series of world-class car parts.
Rely onMcLarenThe latest design of an exclusive 720S prototype, the company is making full use of the most advanced3D printingTechnology to understand the limits that the technology can reach. McLaren (McLaren) was born and raised in racing, using racing technology and expertise to create the world’s most advanced performance racing car. The British car manufacturer’s McLaren Technology Center in Woking, Surrey, is the constant imagination behind some of the most unique cars in the world. As one of its latest products, 720S is one of the best performance cars in the industry. Its fierce speed, powerful twin-turbo V-8 engine is always ready to provide more power, creating a dynamic driving experience. In addition to excellent engineering design, additively manufactured parts can also make the 720S more novel than before.
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McLarenThe prototype comes with3D printingpart.Image courtesy of 1016 Industries
for3D printingMcLarenprototypeItem, with3D printingBefore the 720S of the components was put on site for testing in Detroit, 1016 Industries used CAD and computational fluid dynamics (CFD) to verify all design standards.According to China3D printingThe network understands that the company has cooperated with Abushi Automobile Company, from3D printingFrom the front bumper to the fender, hood, outer door blade, lower door skirt and more parts, the company has3D printingFeel very satisfied with the process, which allows them toThan other traditional manufacturing techniquesProduce faster and more efficiently and obtain higher quality.
The main purpose of the recent drive test is to look at 1016 Industries3D printingDurability of 720S components.More importantly, 1016 Industries began to study the company3D printingThe long-term feasibility of integrating components into other high-performance vehicles. According to the company,Drive testThe data at this stage is encouraging.
China3D printingNet comment: In the initial test, 1016 Industries placed the car in several different high-performance driving scenarios under general conditions and under rapid acceleration and deceleration to identify 1016 Industries. 3D printingThe practicality of the parts, the 720S design did not produce any serious cracks or cracks during the field test. In the initial operation, we were able to drive the car up to 80 miles per hour. 1016 Industries 3D printingNone of the components have failed or suffered any damage. Everything performed very well.Although theoretically3D printingThe technology seems to be easily applied to the automotive industry, but the company’s engineers and designers quickly realized that the actual situation of additive technology is much more complicated than it seems.And, getting the right one for the first time3D printingParts are not easy.For the supervisor and his team, will3D printingIntegration into the production process is a difficult learning process, but they are now encouraged by the performance of the 720S prototype.Although the material has not proven suitable for long-term prototypes, tests have shown that the car can be used3D printingpart.
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