Hall C · Booth C323
Magic Atom (MagicLab), founded in January 2024, is the world's leading scene-driven physical AI native platform. The company uses its self-developed physical AI universal large mod…
COMPANY PROFILE
Magic Atom (MagicLab), founded in January 2024, is the world's leading scene-driven physical AI native platform. The company uses its self-developed physical AI universal large model as the global intelligence center to build a highly standardized, iterable, and compatible modular software and hardware product matrix to build the core technology base and industrial support for the implementation of universal embodied intelligence. Relying on the original underlying architecture of "universal brain + modular full-stack products", it deeply covers nine core scenarios of industrial manufacturing, retail medicine, smart logistics, inspection and security, smart tours, public safety, events and entertainment, scientific research and education, and family health care, building a core technology research and development system. From the development and intelligent manufacturing of robots to a complete industrial closed loop of full-scenario commercial operations, we continue to promote general embodied intelligent products such as humanoid robots and quadruped robots to empower real industries, government services and people's livelihood, and are committed to creating a full-scale physical intelligent service ecosystem that will lead the industry in the future.
MAIN PRODUCTS
MagicDog T1 is a new generation of intelligent quadruped robot developed for light industrial inspections and scenario-based tasks. It has a lightweight body, intelligent perception, autonomous navigation and open development capabilities. It can be widely used in industrial inspections, security patrols, short-distance logistics, scientific research and education and other scenarios.
MagicBot D1 is an industrial-grade wheeled humanoid robot suitable for industrial operations, commercial services, scientific research and other scenarios. The robot has built-in high-performance joint actuators, multiple types of sensors, and domain controllers. It is natively equipped with global omnidirectional navigation and obstacle avoidance, and high-precision force control operation capabilities. It is equipped with a complete SDK development interface to support custom function development and scenario expansion. At the same time, optional data acquisition remote operation kits, charging base stations, various types of arm end effectors and other accessories are available.
MagicBot X1 is a full-size general-purpose humanoid robot for industrial applications. It integrates high-performance motion control, intelligent perception and AI interaction capabilities, and is capable of movement, operation, interaction and collaborative operations in complex environments. The product has excellent cross-terrain movement capabilities, dexterous dual-arm operation capabilities, and continuous and stable operation capabilities. It can be widely used in scenarios such as smart inspection, industrial production, smart logistics, public safety, smart tour guides, and entertainment performances.
MagicBot Z1 is a new bipedal humanoid robot released by MagicLab on July 8, 2025. MagicBot Z1 has strong performance, is flexible and fast, has super durability, and remains stable and reliable even if it falls and hits. It has the ability to interact with anthropomorphic emotions and is a super embodied intelligence that integrates world perception, full-body movement, dexterous operation, and physical interaction. Z1 has set a new product benchmark in the humanoid robot industry, providing high-value solutions for scientific research and education, business services, industrial operations, family companionship and other scenarios.
MagicDog has a built-in emotional interaction system and is the first four-legged robot dog independently developed by Magic Atom that can express emotions independently. It has 13 joint degrees of freedom and is equipped with low-noise and high-torque motor joints. It can perform more than 30 difficult postures such as backflips, moonwalks, handshakes, and stretching. MagicDog has the ability to actively overcome obstacles and can flexibly adapt to uneven terrain such as slopes and gravel roads. The maximum climbing drop height is 15cm and the maximum climbing angle is 40°.
"MagicBot" is a full-size humanoid robot developed by Magic Atom. This 174cm-tall robot has elegant lines and a technological appearance, and has 42 degrees of freedom of full-body movement. More importantly, it is equipped with dexterous hands independently developed by Magic Atom and a powerful "atomic model" that can accurately perform various complex tasks. "Wheat" has strong scene scalability and environmental adaptability. It can respond flexibly to both industrial manufacturing and commercial services. It has successfully worked on the factory production line and served as a shopping guide, host and other roles.
MagicDog Y1 is an industrial-grade quadruped robot launched by Magic Atom. It integrates high-mobility movement, autonomous navigation, intelligent perception and open development. It is suitable for industrial inspection, park security, emergency rescue, scientific research and education and other scenarios. The product adopts an aviation-grade lightweight body and IP67 protection design, and can operate stably in complex environments from -20°C to 55°C. It supports autonomous obstacle avoidance, intelligent inspection, fast battery swapping and automatic charging, and is compatible with multiple loads such as lidar, optical cameras, and gas sensors, enabling intelligent operations in complex environments.
MagicDog-W is a wheeled quadruped robot launched by Magic Atomic. It combines wheeled high-speed movement with quadruped obstacle-crossing capabilities, and combines sports performance, intelligent perception and interaction capabilities. The product is driven by 17 motors, equipped with lidar, depth camera, fisheye camera and multi-sensor fusion system, and supports autonomous navigation, intelligent obstacle avoidance, human body recognition, AI voice interaction and remote control. The open secondary development interface can quickly adapt to various application scenarios such as scientific research and education, park patrols, commercial displays, smart security, and industry inspections, providing a flexible and efficient platform for mobile robot applications.