Researchers have developed a self-driving laboratory that combines artificial intelligence (AI) and robotics to automate ...

PI’s H-855 hexapod family delivers six degrees of freedom for payloads up to 500 kg, supporting precision automation, robotic ...

A robotic analysis of Neandertal knee alignment reveals a 9° varus angle, offering insights into ancient biomechanics and ...

Pupils from schools across Greater Manchester will take over Old Trafford stadium today to explore careers in technology, as ...

PI’s A-323 air bearing scanner combines high acceleration, vibration management, and configurable multi-axis integration to support rapid positioning and stable measurement in automated inspection ...

Understanding robot autonomy involves assessing capabilities, reliability, and mapping, crucial for effective deployment in ...

Robot calibration enhances accuracy and repeatability in industrial robots, crucial for precise tasks like welding and ...

A robotic analysis of Neandertal knee alignment reveals a 9° varus angle, offering insights into ancient biomechanics and modern knee replacement planning. Researchers found that human-inspired ...

In February 2013, London’s Science Museum hosted the unveiling of the World’s first complete bionic man - a robot composed entirely of functioning artificial organs including a circulatory system ...

The new Gen 7 platform. Gen 7 is an entirely redesigned robot platform. A major innovation is the new tool flange at the end of the robot arm, enabling the vision and sensing needed for AI models to ...

Over the past three decades, automotive welding robots have revolutionized the industry, making assembly lines faster, safer, and more cost-effective. Their integration into manufacturing, which began ...

The research, funded by Innovate UK, aims to make it easier and safer to detect serious eye conditions outside traditional clinical settings, potentially bringing screening to people who may not have ...