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Tiejin Technology's RMB 2.5 Billion Robot Components Project Breaks Ground in Suzhou
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Suzhou Tiejin Electromechanical Technology Co., Ltd.'s micro precision bearing and humanoid robot core components project has broken ground in Wujiang District, Suzhou. This is the third-phase project, with a total planned investment of RMB 2.5 billion; once completed, it plans to produce 100 million sets of micro precision bearings and 1 million sets of humanoid robot core components annually, with a focus on developing ultra-micro cycloidal reducers and actuators. According to the company's plan, once the project reaches full production, it is expected to add RMB 2 billion in annual output value. The company's IPO is currently in the inquiry stage and has not yet gone before the listing review committee.
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- Tiejin Electromechanical's 2.5 billion yuan humanoid robot components project breaks ground; Orbbec secures 10,000-unit purchase order from Daxiao Robotics | Market Watch
Tiejin Electromechanical broke ground on October 23 in Wujiang District, Suzhou, on a project for humanoid robot core components and micro precision bearings, with planned total investment of 2.5 billion yuan; once completed, it plans annual output of 1 billion sets of micro precision bearings and 1 million sets of humanoid robot core components. Orbbec signed a 10,000-unit strategic procurement agreement with Daxiao Robotics on October 29, under which it will supply depth cameras, RGB cameras, and bodyless data collection hardware, along with software adaptation and large-scale manufacturing and delivery services.
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- Tiejin Technology's 2.5 billion yuan micro bearing and humanoid robot component project breaks ground in Suzhou
Suzhou Tiejin Electromechanical Technology Co., Ltd.'s micro precision bearing and humanoid robot core component project has broken ground in Wujiang District, with total investment expected to reach 2.5 billion yuan. Once completed, it plans an annual output of 1 billion sets of micro precision bearings and 1 million sets of humanoid robot core components, focusing on R&D of ultra-micro cycloidal reducers and actuators.
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