Коллаборативные роботы

По мере развития робототехники сферы применения роботизированных манипуляторов стремительно расширяются — от промышленного производства и исследовательских лабораторий до […]

По мере того как Edge AI стремительно развивается, робототехника переходит от облачных систем к интеллекту на устройстве. Среди легких роботизированных манипуляторов ViperX‑300 [&helli

ViperX-300: A Benchmark in the Field of Intelligent Robotic Arms In the realm of intelligent robotic arms, the ViperX-300 from […]

В стремительном мире робототехники выделяются два имени: ALOHA и Gemini Robotics. Вместе они отвечают на ключевые […]

When a Tokyo maker team assembled an ALOHA 2 robotic arm using 3D-printed parts, achieving the welding precision of a […]

As artificial intelligence advances, robotics is moving from cloud dependence to edge-native intelligence. Two key technologies are leading this shift: [&hellip

When Google DeepMind compressed the computational power of the Gemini model into industrial robots’ on-board chips, the debate over whether […]

ALOHA 2 Open-Source Guide: From Assembly to Task Training In the field of robotics research and development, open-source platforms with […]

In the era of Industry 4.0, the Reeman Embodied Collaborative Robot reshapes human-robot interaction by integrating 3D spatial perception, laser autonomous navi

The Reeman Hybrid Collaborative Robot is reshaping industrial automation by fusing 3D spatial perception, laser-guided autonomy, and VR teleoperation. Designed

The landscape of industrial automation is shifting from mindless repetition to intelligent synergy, and the Reeman Hybrid Collaborative Robot stands at the [&he

In the era of smart manufacturing, the Hybrid Collaborative Robot emerges as a game-changer—blending 3D spatial intelligence, laser-guided autonomy, and VR [&he