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In the first quarter, Hechuan Technology (688320.SH) reported a net loss of 26.9391 million yuan.
On April 26, Gelonghui reported that Hechuan Technology (688320.SH) released its quarterly report, achieving total operating revenue of 0.23 billion yuan in the first quarter of 2025, a year-on-year increase of 11.77%; Net income attributable to shareholders of the parent company was -26.9391 million yuan, with a loss increase of 11.9299 million yuan compared to the same period last year; EPS was -0.19 yuan.
Zhejiang Hechuan Technology Co., Ltd. 2024 Annual Report
Summary of the 2024 Annual Report of Zhejiang Hechuan Technology Co., Ltd.
Zhejiang Hechuan Technology Co., Ltd. Report for the first quarter of 2025
Humanoid robot competition: a "technical coming-of-age ceremony" where "flops" and "evolution" occur simultaneously.
â The champion team from Tian Gong, CTO Tang Jian of the Peking Humanoid Robot Innovation Center, told the Star Daily reporter, "The half marathon competition is mainly a limit test for the robot's Hardware and Software motion algorithm, or the stability and reliability of the robot's 'little brain'." ⥠The Wuxi embodied intelligence sports event opening tomorrow, along with the upcoming robot combat competition held by Yushu, will undoubtedly attract more attention for 'inspection.'
Siasun Robot&Automation team "operating" ignites the buzz! The Industry Chain frequently updates progress. Analysts suggest that the next 2-3 years may be a critical period for mass production.
â This year, the Guangzhou Fair has set up a special area for service robots for the first time, and exhibitors revealed that customers made deposits on the spot, with some even stating that "9 out of 10 display models were booked." ⥠Currently, there are 11 major humanoid Ontology manufacturers in China that have started mass production plans for 2024, with several manufacturers planning to produce over a thousand units in 2025. ⢠Analysts state that the next 2-3 years will be a crucial period for large-scale mass production and delivery of robots.