Robotics manufacturing and automation technology transform factories with cobots, AI vision, and smart systems for precise, ...

Researchers at the Massachusetts Institute of Technology created this video showing how 3D generative AI and robotic assembly ...

NA explained that traditional manufacturing setups are limited by their tailored to specific product lines. CynLr hopes to address this global challenge through product-agnostic robotic assembly lines ...

Computer-aided design (CAD) systems are tried-and-true tools used to design many of the physical objects we use each day. But ...

In assembly lines, robots are programmed to perform a single task with high precision. Consider the example of automobile assembly, depicted in the picture above. Cars move along a conveyor belt, ...

Robots are great tools for manufacturing and assembly processes that require motion, such as cutting, welding, dispensing, sanding and painting. They are less good at machining solid steel or ...

Advanced food safety: The Chef+ frame replaces the two front closed tubes with an open-angle iron frame. This makes surfaces ...

One goal of Industry 4.0 is flexible manufacturing which requires fenceless co-existence of humans and robots in same work spaces, i.e. human-robot collaboration. Still, sharp edged tools and objects ...

MIT researchers have created a speech-to-reality system that lets users speak an object into existence, turning natural ...

Some joint-design considerations are universal; others vary with the assembly methods used. Each joining technique has particular design requirements, while certain joint requirements may suggest a ...