China3D printingNet, March 15th, Williams Racing, officially known as Williams Grand Prix Engineering Co., is one of the world’s leading Formula One teams. Since its establishment in 1977, it has won a total of 16 events. FIA Formula One World Champion.In addition to the racing field, the company is also engaged in the development of racing components.3D printingMachine manufacturer Nexa3D establishes a new partnership.
“We are pleased to announce the establishment of a partnership with Nexa3D and look forward to enhancing our additive manufacturing capabilities through its innovative high-speed printing technology,” Al Peasland, head of Williams Motorsports Technology and Innovation Partnership, said in a press release Means in. “Formula 1 is a challenging field that requires the concept of continuous improvement to remain competitive. Our partnership will enable the team to continue to make breakthroughs.3D printingField and provide new opportunities for Nexa3D to further advance its revolutionary technology.
Nexa3D’s light shaping3D printingThe machine NXE400 is supported by the company’s proprietary Lubricant Sublayer Light Curing (LSPc) technology, which can help users significantly increase productivity and printing speed.In addition, its NexaX software uses process interaction algorithms to optimize3D printingProduction cycle, achieve consistent production and good part performance, and reduce material consumption and waste to reduce carbon footprint and energy consumption.
Nexa3D’s NXE400
Through the cooperation with Williams Racing that started this month, Nexa3D’s NexaX software and NXE400 ultra-fast light plastic LSPc 3D printingThe machine will be used to design and manufacture lightweight, complex and fully functional wind tunnel components for testing Formula One racing cars. Speed is obviously the most important factor in racing. It is a way to achieve speed by reducing drag or friction between the racing car and air molecules to improve aerodynamics. That’s where the wind tunnel enters: since it is obviously impossible for someone to run by the car at 160 mph to observe how it handles resistance, scientists can move upwards of the fixed vehicle in the wind tunnel and the wind tunnel’s controllable environment Blow to record these results.
The wind tunnel is definitely something we have seen before3D printingApplication, but maybe not the extremely high speed that Nexa3D can provide.
“Our partnership with Williams Racing represents the fusion of top engineering technology and racing performance. With an ultra-fast production cycle, NXE400 represents a large-scale additive manufacturing Formula One. Co-founder, chairman and chief executive of Nexa3D Executive Avi Reichental said that few companies like speed like Williams Racing, they represent our polymer3D printingThe perfect partner for technology.
According to China3D printingNetwork understanding, Its NXE400 system can break through the “print speed barrier” with its 20 times the productivity, thanks to its PSLc technology and patented structured light matrix, which the company claims can reach a speed of 1Z centimeters per minute. But first, it will test its NexaX software to use its “modern computing architecture” to speed up the development of lightweight wind tunnel components.
By using Nexa3D technology, the company’s new partner Williams Racing should be able to enjoy faster design and3D printingProcess, while reducing the use and waste of materials.
(Source/picture provided by Nexa3D)
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