Company Directory › Magic Atom (MagicLab) › Alternatives

Magic Atom (MagicLab) alternatives

Magic Atom, known in English as MagicLab, is among the youngest in this set: it launched publicly in January 2024 from Wuxi, China, with further labs and factories in Suzhou, pursuing humanoid and quadruped robots under a general-purpose, embodied-intelligence strategy. It reports operations in 27 countries, overseas revenue above 30 percent of its 2025 total, and funding of at least RMB 650 million, including a RMB 500 million round in March 2026. Each alternative tilts the proposition differently. NOETIX Robotics, founded in Beijing in September 2023 by a team drawn from Tsinghua University and the Chinese Academy of Sciences, leans toward consumers and researchers, selling bipedal and bionic interactive robots in China through JD.com. Booster Robotics, also Beijing-based and founded in 2023, sells open, developer-focused bipedal platforms, counting 200-plus customer organisations, mostly universities and research groups, with over half of deliveries outside China. Humanoid, founded in London in 2024, is the industrial entry here: its HMND 01 targets logistics, manufacturing and retail, backed by a stated 300-plus workforce and partnership deployments announced with Schaeffler, Bosch, Siemens and SAP. Zhongke Huiling, founded in Beijing in August 2023, builds its CASBOT line as a full stack — bodies, an embodied brain and dexterous hands — aimed first at factories, mining and energy sites in China. Choose MagicLab for combined humanoid and quadruped range with early international sales; NOETIX for consumer reach, Booster for an open research platform, Humanoid for Western industrial partnerships, and CASBOT for China-based industrial deployment.

Alternatives to Magic Atom (MagicLab)

NOETIX Robotics

NOETIX Robotics (Songyan Dynamics) is a Beijing humanoid robotics company founded in September 2023 by a team drawn from Tsinghua University and the Chinese Academy of Sciences, working on general-purpose humanoid bodies, robotic bionics and embodied operating systems with in-house motion-control algorithms and self-developed joints.