As a senior investment analyst at an advanced manufacturing fund, I am preparing a report on the investment value of 3D printing technology. The report must cover 2023–2025 developments and include: (1) Technological Frontiers and Bottlenecks: What are the recent key advancements in metal 3D printing for industrial-scale production in terms of efficiency, consistency, and cost? Please cite the most recent authoritative data and plot a trend curve chart comparing the cost changes of both methods with varying production batch sizes. (2) Application Breakthroughs and Quantified Benefits: In the three major fields of aerospace, new energy vehicles, and medical applications, what are the specific landmark cases (2023–2025) of 3D printing being used for mass production of end-use components? Please analyze the primary driving forces behind the growth in adoption rates in each field and plot a bar chart comparing adoption rates across these three sectors from 2023 to 2025. (3) Supply Chain and Competitive Landscape Evolution: Analyze how 3D printing technology is reshaping key industrial supply chains, focusing on aspects such as inventory reduction, localized production, and design flexibility. Additionally, assess the market share shifts and competitive strategies within the top-tier supplier ecosystem from 2023 to 2025. Please plot a pie chart showing the market share distribution of leading 3D printing companies at the end of 2025. (4) Policy Environment and Sustainability Drivers: What recent changes have occurred in the industrial policies and R&D funding priorities of major manufacturing powers? Please provide an integrated analysis of the long-term impact of policies and sustainability factors on the industry.

评估清单 / Evaluation checklist:
Technological Frontiers and Bottlenecks Analysis: Does the report cover recent key advancements in metal 3D printing for industrial-scale production in terms of efficiency, consistency, and cost?
Does it cite the most recent authoritative data and include a trend curve chart comparing the cost changes of both methods with varying production batch sizes?
Application Breakthroughs and Quantified Benefits Evaluation: Does the report analyze specific landmark cases (2023–2025) of 3D printing being used for mass production of end-use components in aerospace, new energy vehicles, and medical applications?
Does it analyze the primary driving forces behind the growth in adoption rates in each field and include a bar chart comparing adoption rates across these three sectors from 2023 to 2025?
Supply Chain and Competitive Landscape Evolution Assessment: Does the report analyze how 3D printing technology is reshaping key industrial supply chains, focusing on inventory reduction, localized production, and design flexibility?
Does it assess market share shifts and competitive strategies within the top-tier supplier ecosystem from 2023 to 2025 and include a pie chart showing the market share distribution of leading 3D printing companies at the end of 2025?
Policy Environment and Sustainability Drivers Analysis: Does the report cover recent changes in industrial policies and R&D funding priorities of major manufacturing powers?
Does it provide an integrated analysis of the long-term impact of policies and sustainability factors on the industry?