Magic Lab
Develops general-purpose robots and embodied AI technologies, offering humanoid and quadruped robots for industrial, commercial, and home use.
| Date | Investors | Amount | Round |
|---|---|---|---|
| N/A | €0.0 | round | |
* | N/A | Early VC | |
| Total Funding | 000k | ||
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Magic Lab is a developer focused on the robotics sector, specifically creating general-purpose humanoid and quadrupedal robots. The company was established in January 2024 and operates with capabilities that span from research and development to manufacturing and sales. It is a privately held entity with financial backing from investors such as Meridian Capital China, Oriza Holdings, Xiaochi Capital, Kington Capital, and Zhuichuang Venture Capital. Magic Lab is headquartered in China.
The company targets a diverse client base across the manufacturing, commercial, and home application markets. Its business model appears to be centered on the direct sale of its robotic hardware. The core mission is to deploy robots that can enhance operational efficiency, particularly in industrial settings, by performing collaborative tasks and operating on factory production lines.
Magic Lab's primary product is a line of humanoid and quadrupedal robots designed for multi-scenario applications. The flagship humanoid robot, Gen1, stands 174cm tall and features 42 active degrees of freedom, allowing for complex movements. It is built to handle significant payloads, with a dual-arm carrying capacity of 20kg and a total body load of 40kg. For navigation and interaction, the robot is equipped with a sensor array that includes ultrasonic sensors, LiDAR, fisheye cameras, and RGBD cameras, enabling it to perceive and navigate complex environments. The robots are engineered for all-terrain movement and can operate for 4-5 hours on a single charge, addressing the need for continuous operation in industrial environments. The offerings include both complete robotic systems and individual components like dexterous robotic hands, allowing for integration into existing infrastructures.
Keywords: humanoid robots, quadrupedal robots, embodied intelligence, robotics manufacturing, industrial automation, collaborative robots, mobile robots, robotic components, dexterous hands, factory automation, robotics R&D, advanced manufacturing, general-purpose robots, AI robotics, machine collaboration, dynamic walking, motion control, computer vision, sensor fusion, Chinese robotics