Intelligent robotics company Nau Robotics announced that it participated in '2026 RobotWorld,' where it unveiled its new articulated robot 'NX series' and showcased a range of technologies spanning injection molding take-out robots, AI applications, and an industrial humanoid.
A centerpiece of the exhibition was the general-purpose articulated robot NX series, newly developed using Nau Robotics' proprietary technology. The company displayed physical units of all six models in the lineup—NX-4, NX-8, NX-12, NX-25, NX-50(90), and NX-140—in a dedicated zone. In the Cartesian take-out robot area, Nau Robotics demonstrated the high-load EPIK series inserting and removing ballpoint pens, the UNIK series arranging golf balls, and the newly launched economical ECON series performing dry cycles. The company also set up an AI caricature drawing robot that photographs visitors, converts the images via AI, and draws them using an articulated robot.
In the next-generation robotics category, Nau Robotics presented an industrial mobile humanoid and related technology under development through the '2026 AX Device Development and Demonstration Project.' The project is overseen by the Ministry of Science and ICT, managed by the National IT Industry Promotion Agency (NIPA), and operated with the participation of the Korea Radio Promotion Association (RAPA), the Korea Testing & Research Institute (KTR), and Incheon Techno Park (ITP). Under this initiative, Nau Robotics is supported in the development and demonstration of AMR-based logistics automation robots while advancing Physical AI and autonomous navigation based on domestic AI semiconductor NPUs.
The exhibition also featured a drum-playing demonstration of 'ExSLeR,' a 14-degree-of-freedom dual-arm robot developed by the Daegu Gyeongbuk Institute of Science and Technology (DGIST) Motion Control Lab through a project funded by the Ministry of Science and ICT with support from the National Research Foundation of Korea. Nau Robotics plans to gradually apply these research achievements to its industrial mobile humanoid through joint research with DGIST. Additionally, Nau Robotics showcased an autonomous quadruped robot capable of carrying loads of up to 30 kg.
