3D printing promotes a new round of industrial revolution "The fourth industrial revolution has arrived. No industry in the global economy will change more than in the manufacturing industry. Companies that continue to invest in digital innovation will break away from competitors. In the eyes of Hewlett-Packard CEO Dion Weissler, 3D printing technology, as an important force driving the fourth industrial revolution, will lead to fundamental changes in the global manufacturing industry worth $12 trillion. According to Forbes magazine, in 2017, 57% of manufacturing companies are expected to increase their investment in 3D printing, and 47% of companies will increase their return on investment in 3D printing compared with last year, and 95% will The application of 3D printing technology is regarded as its advantage in the market competition. Among the internationally renowned large enterprises, Boeing uses 3D printing technology to manufacture parts of the aircraft. Michelin uses 3D printing technology for tire production. The US "Space Manufacturing" company has also successfully completed 3D printing of large objects in the space environment. In late May of this year, a New Zealand company "Rocket Lab" launched the world's first 3D printed battery-powered "Electronic" rocket on the east coast of New Zealand. According to media reports, the main components of the rocket engine are almost all 3D printing manufacturing. The rocket is low in manufacturing cost and short in launch cycle. It has been evaluated by the industry as a major advance in the history of human rocket technology. At present, Johnson & Johnson has cooperated with HP to produce medical grade spine dilators using 3D printing technology. Joe Sandra, vice president of manufacturing engineering at Johnson & Johnson, told this reporter that the combination of 3D printing and data mining technology will bring significant changes to the production of customized products and large-scale products, while providing patients with a better price/performance ratio. High service. The US military is also open to the 3D printing technology. On August 15, the US Marine Corps announced the development of a mobile 3D printing device for manufacturing parts and possibly for maintenance of overseas military equipment. The US Navy has developed a concept "submarine" within four weeks through the 3D printing technology developed jointly with Oak Ridge National Laboratory. This technology may be used in mass production in the next few years. “The digital transformation of global manufacturing will affect the companies and consumers around the world. And 3D printing technology will play an important role in revolutionizing the manufacturing industry we know today.†Deloitte Global CEO Pu Renjie In an interview with this reporter, I said that I am full of confidence in the future of enterprise-class 3D printing technology. This year, the market size will be close to 6 billion US dollars. 3D printing directly transforms the virtual digital solid model into a product, which greatly simplifies the production process, reduces the research and development costs, shortens the development cycle, and makes the production of arbitrarily complex structural parts possible. According to international data company IDC, the global 3D printing market will expand at a compound annual growth rate of 22.3% over the next five years, reaching $28.9 billion in 2020. On August 24th, HP announced at its Silicon Valley headquarters that it will cooperate with Deloitte in 3D printing and digital manufacturing services. "Based on HP's disruptive 3D printing technology, HP will work with Deloitte to help customers transform and outperform their competitors in the new era." Heisler's "weapons" in HP's mouth is its successful multi-jet melting technology. The 3D voxel is equivalent to a 2D pixel in traditional printing and is a 3D unit of measure with a diameter of only 50 microns, which is equivalent to the diameter of a human hair. Multi-jet melting technology revolutionizes color, texture and mechanical properties at the voxel level, creating flexible 3D printed objects with conductive, tough, embedded data and translucent properties through flexible use of printed materials. At the same time, the technology can increase the speed of printing high-quality physical components by 10 times and halve the cost, providing a new possibility for 3D printing in large-scale applications in all manufacturing industries. John Durchinos, vice president of Digital Manufacturing at Jabil, said, "Before using multi-jet molten 3D printing technology, it takes 4 to 6 weeks for our customers to make a part, and now, the time is reduced to 4 In 5 days, the production cost is also greatly reduced.†HP used multi-jet melting technology to produce 500,000 parts last year in 3D printing. HP expects the global 3D printing market to be close to $6 billion this year. Emerging materials development is the key to popularization Although 3D printing technology is in the ascendant, people's understanding of 3D printing technology is still not enough, so that this technology cannot be fully utilized. In the latest report from the Dutch company ING, 3D printing technology is also described as "infancy", but the report predicts that when 3D printers become an essential "infrastructure" like today's printers, 3D printers Explosive power will follow, with far-reaching impact on manufacturing, global trade and other fields. The popularity of 3D printing technology in manufacturing depends on the development of emerging materials. Today, HP hopes to build a combined ecosystem of materials through the creation of an open platform. Timothy Weber, vice president and general manager of HP's 3D materials and advanced applications, told this reporter that although plastics are still the dominant material, as technology continues to advance, more materials will enter the 3D printing market. HP has established the world's first 3D open materials and applications lab in Corvallis, USA, launching the industry's first 3D material development kit (MDK), working with many of the world's leading materials companies to develop new materials. Coincidentally, Divergent 3D also announced in March this year that it has partnered with German metal 3D printer manufacturer SLM Solutions to develop hardware and software for decentralized manufacturing platforms, allowing for lighter, more cost-effective and environmentally friendly production through the combination of 3D printing. Vehicles. The company's founder, Singer, believes that the industry is very promising. "We have developed a sustainable path for the automotive industry. We believe this will revive the automotive industry." "With the introduction of the 'Made in China 2025' plan, China's manufacturing industry is undergoing transformation and upgrading. We will work with local material manufacturers and distributors to build a strong 3D printing ecosystem and community to promote this solution for a wide range of commercial applications in Greater China." Ramo Pasto, vice president and general manager of 3D printing solutions for jet melting technology, said Yanshan Petrochemical, a subsidiary of Sinopec, has also become a partner of HP. The two companies are using multi-jet melting technology to jointly develop polyolefin powder and expand 3D printing. Materials and application ecosystems. In the near future, 3D printing technology will become the “standard†production method of infrastructure, which will deeply affect people's every day.
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