Leju Robotics

Leng Xiaokun (冷晓琨) is Leju’s chairman and a co-founder. Public biographical material identifies him as a researcher in the School of Computer Science and Technology at Harbin Institute of Technology (HIT), where he has worked on robotics research. He helped lead a university robotics team before founding Leju in Shenzhen in 2016. The company’s early AELOS small bipedal robots targeted education; the later KUAVO line extended its work into full-size humanoids and broader application scenarios. [3][4] The company’s 2026 IPO prospectus draft names Leng Xiaokun as its legal representative and chairman. The same filing records the company’s establishment in March 2016. [1]

Named factory footage: Leju’s official site includes a video titled “KUAVO humanoid robot working at a FAW Hongqi factory.” This supports that Leju has publicly presented a KUAVO robot in a FAW Hongqi factory setting; it does not independently establish deployment duration, production-line scope, commercial contract value, uptime or productivity improvement. [2] Evidence caveat: Publicly accessible material provides application scenarios and company-presented factory footage, but does not consistently disclose named end customers, independently verified operating hours, repeat-order volumes or audited productivity outcomes.

Case framing: an industrial-use example presented by Leju on its official industrial-solutions page. The page includes a video titled “KUAVO humanoid robot working at a FAW Hongqi factory” and positions humanoid robots for automotive manufacturing and logistics workflows. [2] Use-case context: automotive factory operations, with Leju describing production inbound handling, logistics transfer and recognition / movement of plastic bins as target industrial tasks. [2] Potential task fit: material movement and handling around factory infrastructure, including bins or other items. This is the company’s stated application direction; the public page does not provide a sufficiently detailed task log to assert which tasks were completed in the Hongqi video. What is evidenced: Leju publicly identifies the factory video as a FAW Hongqi case and promotes industrial humanoid applications. [2] What is not established: whether the activity was a demonstration, pilot or sustained production deployment; robot count; operating hours; task-success rate; human-supervision level; throughput; safety record; or financial return. Why this case is useful: it is a named industrial setting rather than a generic laboratory demonstration, but should be treated as company-presented application evidence—not independent proof of large-scale deployment or measurable factory-level impact.