Engineering Meets Artificial Intelligence

4NE-1

With 4NE1 ("For Anyone"), NEURA Robotics is launching the world's first series-produced, autonomous humanoid robot. The 4NE1 is not just a concept; it is a powerful, adaptive everyday helper for household, trade, workshop, and industrial applications.

Whether it's clearing out the dishwasher, lifting heavy workpieces, or assisting in production, 4NE1 helps humans by relieving them of tasks that require routine, precision, or physical strength. Thanks to its cognitive capabilities, revolutionary sensor technologies, and unique design, 4NE1 takes human-robot collaboration to a new level.

MiPA

MiPA, My intelligent Personal Assistant, combines the best of our technologies – industry-leading force-moment sensors, embedded artificial intelligence and contactless, secure people recognition. The platform approach allows us to develop customized variants of MiPA that can be used in any environment: from industry to retail, from healthcare to the home.

MAiRA

MAiRA is the world's first commercially available cognitive robot. With its built-in AI and novel non-contact, safe human recognition sensor technology, MAiRA can sense its surroundings and easily adapt to all types of industrial environments. MAiRA ushers-in a new era of robotics, offering endless possibilities for interaction and true human-machine collaboration for both beginners and experts.   

LARA

LARA, the Lightweight Agile Robotic Assistant, is a six-degree-of-freedom collaborative robot that combines the agility of lightweight construction with industrial performance. With unmatched speed, precision and protection, LARA bridges the gap between the world of collaborative robots and the world of industrial robots, enabling cost-effective automation of any production process. The intuitive user interface allows anyone to create programs for LARA to automate simple and repetitive tasks in any production environment. 

MAV

MAV is revolutionizing intralogistics with its ability to autonomously pick up and move any type of goods. Thanks to its integrated sensors, MAV can navigate and reliably detect obstacles without the need for additional peripherals. Combining the MAV with a collaborative or cognitive robot creates powerful mobile manipulation solutions.