Microbes Produce Adhesives From Glucose Instead of Petroleum
SEOUL — In a major development at the intersection of biotechnology and advanced manufacturing, researchers at the Korea Advanced Institute of Science and Technology (KAIST) have successfully engineered bacteria to produce a bio-based alternative to…
The Humanoid Industrial Revolution: Boston Dynamics and Hyundai Launch Advanced Robotics Center in Georgia
ELLABELL, GA — In a milestone development that signals a profound shift in modern manufacturing, Boston Dynamics has officially transitioned its advanced robotics center at the Hyundai Motor Group Metaplant America (HMGMA) in Ellabell, Georgia, from…
Amazon Pours $100 Million into Greenwood, Indiana, for State-of-the-Art Robotics and Automation Facility
GREENWOOD, Ind. — In a major move to cement its position at the vanguard of global logistics technology, e-commerce titan Amazon has announced plans to invest upwards of $100 million to construct a sprawling advanced manufacturing and assembly plant in…
From Holiday Tradition to High-Tech Bonding: TUM Researchers Harness Mistletoe Berries to Create Revolutionary Bio-Based Adhesive
MUNICH — For centuries, mistletoe has held a paradoxical place in human culture. On one hand, it is celebrated during the winter holidays as a festive symbol of romance, luck, and affection, hung high in doorways to invite stolen kisses. On the other…
From Holiday Symbol to High-Tech Bonding: TUM Researchers Harness Mistletoe Berries for Revolutionary Bio-Adhesive
MUNICH — Long celebrated in winter holiday folklore as a festive symbol of romance, affection, and good fortune, the humble mistletoe is about to find a radically different kind of home: inside high-tech manufacturing plants, aerospace engineering labs,…
Heavy Lifting on the Factory Floor: The Engineering, Economic, and Operational Realities of Industrial Humanoid Robots
CAMBRIDGE, U.K. — The modern factory floor is undergoing a quiet, mechanical revolution. For decades, industrial automation has been dominated by stationary robotic arms, automated guided vehicles (AGVs), and autonomous mobile robots (AMRs) designed to…
Revolutionizing Automotive Manufacturing: AI-Powered Machine Vision Transforms Robotic Spot Weld Inspection and Maintenance
Main Facts In modern automotive manufacturing, ensuring the structural integrity of a vehicle body is a monumental task. A typical car body relies on thousands of individual spot welds to bind its metal sheets together. Traditionally, while the vast…
Google’s Intrinsic Open-Sources Foundational Robotics Software to Accelerate AI-Powered Industrial Automation
MOUNTAIN VIEW, Calif. — In a significant move aimed at democratizing and accelerating the development of industrial robotics, Intrinsic—the industrial software company operating under Google’s parent umbrella—has announced the open-source release of core…
Driving the Future of Manufacturing: How Stellantis and Inbolt Revolutionized Robotic Assembly with AI and 3D Vision
Main Facts Automotive manufacturing is undergoing a silent, high-stakes revolution. On the bustling production floors where internal combustion engines and complex powertrains come to life, precision is measured in millimeters and milliseconds. For…
Revolutionizing Structural Integrity: JPB Systeme Unveils BOLTRAKK Smart Sensor Technology for Critical Bolted Joints
PARIS — In high-stakes engineering environments, few mechanical elements are as ubiquitous—or as deceptively simple—as the bolted joint. From the roaring turbofan engines of commercial aircraft to towering wind turbines whipped by ocean gales, millions…
