The global metal forming machine tools market forecast has been released, with the market size expected to reach approximately US$65 billion by 2032 and the compound annual growth rate projected at approximately 6.72%. Sales will begin on 6 November 2026, against a backdrop of demand trends in major industries and advances in automation and digitalisation.
Global Information,Inc. announced that, as the authorised distributor in Japan for the market research report “Metal Forming Machine Tools Market: Global Forecast, 2026–2032” (360iResearch LLP), it began selling the report on 6 November. The report analyses market trends for metal forming equipment, which forms the foundation of modern manufacturing, and organises demand and technology trends by industry.
According to the market forecast, the market size is expected to expand from approximately US$41.26 billion in the base year 2025 and approximately US$44.09 billion in the estimated year 2026 to approximately US$65.09 billion in the forecast year 2032, with a CAGR of 6.72%. Demand for metal forming machines is expected across a wide range of applications, including automotive, aerospace, defence, construction equipment, energy infrastructure, railways, shipbuilding and electronics. The need to meet tighter component tolerances, reduce weight and improve material efficiency is cited as a factor driving market growth.
The report’s market coverage evaluates not only the performance of machinery and equipment but also automation capabilities, energy efficiency, digital connectivity, tool life, safety standards and lifecycle maintainability. As buyers localise supply chains and modernise production facilities, they are said to need to consider comprehensive strategies for metal forming equipment in order to build resilient and flexible production infrastructure.
With regard to market methodology and conclusions, the report states that, apart from quantitative market size estimates and share rankings, it focuses on evidence-based trends including technology adoption patterns, regional industrial capabilities and supply chain developments. It concludes that factors including the impact of AI, digital integration and sustainability initiatives contribute to improvements in quality, reproducibility and equipment reliability.