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27 articles
This article explains the technical and strategic reasoning behind Walden Robotics' decision to build legless humanoid robots for factory use, focusing on control systems, AI integration, and industrial robotics design.
India has removed import duties on key electronics and battery components to lower manufacturing costs and attract global tech giants like Apple and Samsung.
Asia’s factories remain active in June, driven by strong demand for AI hardware, even as the Iran conflict impacts global supply chains and energy costs.
Learn to build an AI quality control system that can detect manufacturing anomalies before they become costly problems, similar to what Ford needed to prevent their AI quality issues.
This article explains how supply chain disruptions in memory chip manufacturing caused widespread price increases across Apple's product lineup, demonstrating fundamental economic principles in semiconductor markets.
Ford had to hire back former engineers to fix mistakes made by its automated systems, highlighting the challenges of over-relying on automation in manufacturing. The automaker is now emphasizing the importance of human oversight in its drive toward greater automation.
In Shenzhen, workers at IO-AI Tech control humanoid robots using a VR rig reminiscent of Ready Player One. This innovative approach is transforming manufacturing processes and creating new employment opportunities in China's hardware capital.
Learn how to build a capacity optimization dashboard using Python and Pandas to analyze factory utilization data, similar to what Geely might use for strategic restructuring.
Learn how reconfigurable robots work and why they could revolutionize manufacturing by replacing specialized machines with versatile, adaptable systems.
Standard Bots has raised $200 million in funding, valuing the company at $1 billion as it scales U.S. robotics manufacturing.
Taiwan Semiconductor Manufacturing Company (TSMC) is struggling to meet the surging global demand for AI chips, even with its recent U.S. factory investments. The company's CEO acknowledged the strain, highlighting the growing bottleneck in the global chip supply chain as artificial intelligence drives massive increases in semiconductor demand.
This article explains how AI enhances supply chain resilience in manufacturing, using the recent GM axle plant strike as a case study to illustrate the importance of predictive analytics and risk management in global production systems.
