LEMONT, IL—In an effort to improve medical isotope production, scientists at Argonne National Laboratory have embarked on a project that harnesses the power of computer-driven robots. The project aims to increase safety and reproducibility, while driving down cost.
ISLANDIA, NY—Digitalization is changing the way people learn, and not just because in-person learning became so difficult with pandemic lockdowns. Trends such as mobile, micro, adaptive, and virtual reality learning were already beginning to influence technical education and training. To further these and other trends, Festo Didactic has developed a digital learning portal—the Festo Learning Experience, or Festo LX—to make it easier to create individual learning experiences for trainers and trainees.
In today’s manufacturing environment, which is characterized by change and unpredictable demand, the traditional assembly line is no longer convenient. New, flexible assembly systems are needed to deal with high production variety.
WARTON, UK—BAE Systems will open a new assembly plant at its manufacturing complex here that will apply cobots, virtual and augmented reality, and other advanced technologies to the assembly of military aircraft.
BETHESDA, MD—Lockheed Martin Corp. is implementing augmented reality on its factory floor and working with software developer Scope AR to develop how-to manuals that include animations for assembling spacecraft components.
Augmented reality (AR) and virtual reality (VR) are cutting-edge tools that are becoming increasingly important to engineers for applications ranging from product design to assembly line layout.
Traditionally, it's not unusual to see people wear goggles and other types of safety glasses in factories. But, a new class of wearable devices is becoming increasingly popular on assembly lines.