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United Faith Auto-Engineering: Summary of the 2024 Annual Report
United Faith Auto-Engineering: 2024 Annual Report
Xinbang Asia Vets (301112.SZ) released its performance for 2024, with a net income of 4.9507 million yuan, a year-on-year decrease of 88.33%.
Xinbang Asia Vets (301112.SZ) released its annual report for 2024, with the company's revenue for the year 2024 being 6....
There's Reason For Concern Over United Faith Auto-Engineering Co.,Ltd.'s (SZSE:301112) Massive 31% Price Jump
Xinbang Asia Vets (301112.SZ): Nipton Siasun Robot&Automation focuses on providing fork-type AMR products and solutions.
On February 28, Gelonghui reported that Siasun Robot&Automation (301112.SZ) stated on the investor interactive platform that Nipton Robot focuses on providing fork-type AMR (Autonomous Mobile Robot) products and solutions. AMR (Autonomous Mobile Robot) is a robot that autonomously executes tasks through intelligent navigation technology, which can enhance the running efficiency and automation level in production manufacturing, warehousing Logistics, and other areas. The company's investment in Nipton Robot is one of the measures to deepen its layout in the smart equipment field. Currently, Nipton Robot's business scale is relatively small and has not had a significant impact on the company's overall financial statements, please pay attention to the investment.
Xinbang Asia Vets (301112.SZ): The company is making arrangements for collaborative robots in the field of Siasun Robot&Automation.
According to the IFR "2023 World Robotics Report" released on February 24, Globon Intelligent (301112.SZ) stated on the investor interaction platform that the annual compound growth rate of the Global industrial robot market is expected to reach 7% from 2023 to 2026. The company focuses on Siasun Robot&Automation, industrial robots, and related Asia Vets technologies, providing high-end equipment design and manufacturing integration for new quality productivity. Currently, the company is laying out collaborative robots in the robot field. The maturity of collaborative robot technology, scene adaptability, and cost-effectiveness meet the demands of current industrial scenarios, while humanoid robots are not applicable in this context.
