TLDR: Leading companies worldwide are revolutionizing manufacturing processes and production systems through advanced AI integration. Innovations range from human-like robotic hands and intelligent factory models to AI-powered robot task planning and ultra-low-power AI semiconductors, significantly boosting efficiency, precision, and sustainability across various industries.
Across the globe, companies are being lauded for their groundbreaking advancements in manufacturing processes and production systems, primarily driven by the strategic integration of Artificial Intelligence. These innovations are reshaping industries, promising unprecedented levels of efficiency, precision, and sustainability.
Mimic Robotics Leads with Dexterous AI Hands
Switzerland-based Mimic Robotics AG recently secured $16 million in seed funding to further develop its AI models for human-like robotic hands. These advanced robots are designed to automate complex manual labor in sectors such as retail, manufacturing, and logistics. Mimic’s robotic hands boast 21 joints, capable of submillimeter precision, and can handle weights of up to 7 kilograms (approximately 15 pounds). The company addresses the challenge of data scarcity by employing a proprietary data collection method, capturing detailed human movement data from live production without disruption. This data then trains robots to ‘mimic’ and reliably reproduce human techniques.
Elvis Nava, co-founder and Chief Technology Officer at Mimic, stated, ‘Our general-purpose AI models allow us to automate manual labour in a way that simply was not possible before.’ Stefan Weirich, co-founder and CEO, added, ‘We make dexterity deployable at scale, closing the gap between what AI can do in the lab and what factories actually need.’
The company is currently running pilot programs with major global industry partners, aiming to accelerate the development of its foundation robotic AI model. This aligns with Goldman Sachs Group Inc.’s projection that the global market for humanoid and dexterous robots could reach an estimated $38 billion by 2035.
FIX 2025 Showcases Smart Factory Innovators
At the Future Innovation Tech Expo (FIX) 2025 in Daegu, South Korea, several companies stood out for their contributions to smart manufacturing. Harvestance, an advanced manufacturing innovator, impressed with its suite of technologies including 3D printing, vacuum grippers, and intelligent production-line robotics. Their GriPalm and Gutenberg systems integrate robotics and additive manufacturing to achieve precision handling with minimal waste, demonstrating that automation can coexist with sustainability. Harvestance’s modular designs offer manufacturers the flexibility to retrofit existing systems, significantly reducing costs and environmental impact, emphasizing automation as a complement to human capabilities.
Also at FIX 2025, Top Robotics garnered attention for its leadership in humanoid automation. The company focuses on distributing, selling, and leasing humanoid robots for research institutions and enterprises. Their robots exhibited remarkable dexterity and contextual awareness, designed for diverse tasks ranging from warehouse logistics to customer-facing roles, effectively bridging efficiency with empathy.
NEC and Siemens Partner for Advanced Robot Simulation
In a significant collaboration, NEC Corporation and Siemens Industry Software Inc. announced a Technology Partner Program Agreement aimed at expanding global solutions in 3D robot simulations. NEC’s digital twin solution, ‘BluStellar,’ already helps manufacturing clients optimize worksite operations and enhance productivity. The partnership will jointly develop a robot teaching automation solution, combining NEC’s ‘Robot Task Planning’ digital twin service with Siemens’s ‘Process Simulate’ software. NEC’s software features a proprietary AI algorithm that optimizes the coordinated operation of multiple robots and automatically generates motion plans. This initiative directly addresses the traditional challenges of manual robot teaching, a complex and costly process that often delays the launch of multi-robot production lines.
DEEPX Unveils ‘Physical AI’ at World Economic Forum
Ultra-low-power AI semiconductor company DEEPX presented its vision for ‘Physical AI’ at the World Economic Forum’s New Drivers of Industry Transformation Meeting 2025. In collaboration with the Hyundai Motor Group Robotics Lab, DEEPX showcased a robot AI solution that delivers more than double a GPU’s performance while consuming less than 5 watts of power. This project exemplifies advanced AI commercialization, bringing intelligence directly into the physical world across industrial, robotics, security, and smart city environments. DEEPX was honored with the WEF MINDS 2025 Award, recognizing its transformative AI technology, with CEO Lokwon Kim highlighting the central role of AI semiconductor technology in industrial transformation.
CNH Industrial’s Digital Manufacturing Accelerator
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- The Manufacturer Releases In-Depth AI Supplement for Industry Transformation
- mimic Robotics Secures $16 Million to Advance AI-Powered Dexterous Automation
CNH Industrial, in partnership with Flanders Make and five other leading companies, successfully completed its three-year ‘Accelerator’ project (2022–2025) at its Zedelgem plant in Belgium. This €150 million investment focused on introducing advanced digital manufacturing methods, pushing the boundaries of automation, AI-supported quality control, and flexible manufacturing. The project resulted in a new flexible assembly line and the implementation of Advanced Planning Systems. These systems utilize algorithms to ensure optimal material ordering, drawing insights from both historical data and real-time process information, solidifying Flanders’ position as a leader in digital and sustainable manufacturing.
