FOCUS ON STAMPING and 3D-printed dies, further shorten lead times and enhance design flexibility, positioning technology as a core enabler of nextgeneration metal stamping solutions,” it added.
An eye on the future
Image: @ AIDA.
AIDA-Dallas press feed line.
Sustainability considerations are also shaping product development. Hydraulic systems are being optimised to reduce oil usage and leakage risks, while energy recovery technologies help to lower overall power consumption. These improvements not only support environmental goals but also reduce operating costs for end users, making them a compelling selling point in competitive bidding processes.
To improve efficiency and extend the range of electric vehicles( EVs), manufacturers are increasingly turning to advanced materials such as high-strength steel and aluminium. These materials reduce weight while maintaining structural integrity. High-speed presses must be able to process these advanced materials for the EV market.
Automation and artificial intelligence( AI) are also revolutionising manufacturing processes. From robotic arms to AI-driven quality control systems, these technologies enhance productivity, reduce errors and improve overall efficiency. Advanced coil-handling systems ensure that materials are fed accurately and consistently into the press, optimising production cycles and enhancing overall efficiency.
Manufacturers are also exploring the use of digital twins and simulation software to optimise press performance before physical installation. By modelling stress distribution, forming behaviour and energy usage in a virtual environment, suppliers can deliver more reliable and efficient machines while shortening development cycles.
“ Technological advancements are reshaping metal stamping capabilities through the integration of automation, servo-press technology and simulation-based die design. Smart stamping facilities now deploy robotics, in-die sensing and AI-enabled quality inspection to achieve zero-defect production and higher
Sample part stamped on an AIDA MSP press.
productivity,” commented analyst, Research and Markets.
“ Servo stamping enables the creation of deeper, more complex forms with reduced springback and greater material precision, allowing for sophisticated geometries in EV body structures, aerospace components and compact electronic housings. Innovations in tooling, such as high-speed progressive dies
“ Looking ahead, the outlook for top power press manufacturers remains cautiously optimistic. Global manufacturing activity is expected to stabilise after recent disruptions, with renewed investment in automation and capacity upgrades. However, market volatility, supply chain constraints and geopolitical uncertainties continue to pose challenges,” continued Yangli Group Corporation Ltd.
Success in this environment will depend upon a manufacturer’ s ability to balance cost control with continuous innovation. Companies that invest in smart manufacturing technologies, sustainable design and comprehensive service offerings are likely to strengthen their competitive positions. At the same time, collaboration with end users to develop application-specific solutions will become increasingly important as production requirements grow more complex.
However, warns analyst Technavio, the industry also faces challenges( including volatile raw material prices for steel and aluminium and a widening skills gap, as experienced tool- and die-makers retire without a sufficient pipeline of new talent). This dynamic environment necessitates continuous investment in both technology and workforce training to maintain a competitive edge.
“ As industries demand greater flexibility, precision and accountability from their equipment suppliers, the power press sector is set to undergo further transformation. The manufacturers that adapt most effectively to these evolving expectations will define the next chapter of global metal forming,” concluded Yangli Group Corporation Ltd. n
Image: @ Fagor Arrasate.
32 | ismr. net | ISMR September 2026