AstraZeneca's $50 billion facility, OnLogic and VisoAI team up, Unitree's IPO and more
Daily brief on news from the world of autonomous mobile robots.
AstraZeneca to invest $50 billion in US drug manufacturing
AstraZeneca has chosen Virginia as the site for its largest single manufacturing facility, part of a $50 billion investment in US manufacturing and R&D by 2030. The new plant, with its location yet to be finalized, will create hundreds of high-skilled jobs and bolster domestic drug production. Virginia Governor Glenn Youngkin highlighted the rapid negotiation process and the state’s strength in advanced manufacturing and workforce development.
OnLogic and VisoAI team up to accelerate scalable edge AI computer vision
OnLogic and VisoAI have announced a partnership to deliver industrial-grade, end-to-end hardware and software solutions for edge AI computer vision. Leveraging OnLogic’s rugged hardware and VisoAI’s platform, the collaboration aims to make it easier for businesses to deploy and scale computer vision applications in manufacturing, logistics, and energy. Customers will benefit from seamless integration, robust performance, and efficient, large-scale AI deployments at the network edge.
Unitree Robotics begins IPO process to power growth in humanoid sector
Unitree Robotics, a leader in China’s legged and humanoid robotics, has commenced preparations for an initial public offering (IPO) with China’s securities regulator. The company aims to use IPO funds to enhance R&D and expand globally. Its competitive product lineup, including research and industrial robots, positions Unitree in a rapidly growing market dominated by over 100 Chinese firms. The move could help legitimize and accelerate deployment in the humanoid robotics sector.
Researchers unveil breakthrough to boost industrial robot dynamics
A new method developed by Fraunhofer IFAM and partners dramatically improves the agility and precision of industrial robots. By combining advanced drive technologies, model-based control, and innovative mechanical design, the approach significantly enhances path accuracy and productivity—even under high-speed, complex operations. The new “Machine Tool Robot” concept bridges the gap between traditional industrial robots and machine tools, opening doors to more demanding manufacturing applications and smarter automation systems.
