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Unsurprisingly, end-use part categories across numerous industries dominate the list of ‘top 5 fastest compound annual growth’ opportunities in each major polymer AM print technology segment through 2030. The aerospace sector averaged the highest end-use part CAGR rate across all technologies, closely followed by consumer goods.
We are going on a ride that starts at Southern California’s Golden Coast and finishes somewhere into the deep unknown regions of outer space — a place where aerospace engineers combine their expertise with advanced technologies and turn the impossible into reality. billion by 2030. Strap in and enjoy. Space Beach Today.
Australia’s burgeoning space industry is continuing to grow, which is encouraging considering around 50,000 small satellites are expected to launch by 2030 around the world, according to McKinsey. The engine can be turned off and on at will, thus enabling unique trajectories.
2030 : Rovers, helicopters, and soft robots team up for complex exploration. Top Growth Opportunities Robots Are Building in Space, Not on Earth : Using in-situ resources (ISRU) to 3Dprint habitats, machinery, and tools directly on the Moon or Mars. billion by 2030 , driven largely by mining missions.
Nano Dimension serves over 2,000 customers across vertical target markets such as aerospace & defense, advanced automotive, high-tech industrial, specialty medical technology, R&D and academia. The company designs and makes Additive Electronics and Additive Manufacturing 3Dprinting machines and consumable materials.
ASME’s annual AM surveys for both the medical and aerospace sectors, consistently show the lack of individuals with the necessary skills and knowledge as one of the top three challenges facing the AM community. times the current deficit by 2030. For AM, this would mean more than 20,500 jobs unfilled in the US. million jobs go unfilled.
Rising demand in markets such as machinery manufacturing, transportation, electronics and aerospace in particular, are prompting companies to adopt 5-axis coordinate measuring machines (CMMs) to streamline and automate parts inspection and measurement. billion by the end of 2030 with a CAGR of 7.6%. Take 3Dprinting for example.
Toshikazu Umatate, CEO of Nikon said: “By acquiring SLM Solutions, Nikon is taking an important step towards our Vision 2030. 3DPrinting will revolutionize mass-production by enabling our clients to manufacture highly complex parts, reduce cycle time, carbon emissions, energy costs and waste. Background of acquisition.
The company’s launch marks a significant milestone in the Nikon Vision 2030 strategic plan set forth in Medium-Term Management Plan (FY2022 – 2025). SLM, Morf3D and other Nikon digital manufacturing investments will consolidate within Nikon Advanced Manufacturing, Inc. Nikon Advanced Manufacturing, Inc.
The recent trends in the CNC machine tool industry include the integration of additive manufacturing (3Dprinting) with CNC machining, enabling hybrid processes that combine both subtractive and additive methods. Additive Manufacturing (3DPrinting): Additive manufacturing builds objects layer by layer from digital models.
The market for CNC (Computer Numerical Control) machines is expanding rapidly, driven by the automotive and aerospace sectors. Additionally, there is growing interest in additive manufacturing (3Dprinting), which is gaining traction for producing complex, lightweight components, especially in aerospace and defence industries.
Most people have heard of metal additive manufacturing (AM) and have probably seen a 3Dprinted part or two, but what they may not realize that the ability to create complex components with computer-aided design (CAD) programs or object scans can affect production much more than at the beginning of the value chain. billion by 2027.
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