協働ロボット

ロボット技術が進化し続けるにつれ、ロボットアームの応用範囲は産業製造や研究ラボから[…]まで急速に拡大しています。

Edge AI が急速に進歩するにつれ、ロボティクスはクラウド依存のシステムからオンデバイスインテリジェンスへと移行しつつあります。軽量ロボットアームの中でも、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 […]

急速に変化するロボット工学の世界で、ひときわ目立つ2つの名前があります。それはALOHAとGemini Roboticsです。この2つは、重要な[…]

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