Boqing Technology
Trackless crawling robots for automated industrial welding.
| Date | Investors | Amount | Round |
|---|---|---|---|
* | N/A | Series B | |
| Total Funding | 000k | ||
Boqing Technology, legally known as Beijing Boqing Technology Co., Ltd., is a high-tech enterprise specializing in the research, development, production, and sales of intelligent special robots. The company was established in January 2017 by CEO Dr. Feng Xiaobing. It commercializes over two decades of research from a team led by Academician Pan Jiluan of Tsinghua University, a renowned figure in China's welding science.
The firm's core product is the trackless, all-position crawling welding robot, a globally pioneering technology. This robot can adhere to the surface of large metal structures, autonomously identify and track weld seams with high precision, and perform automated welding without pre-laid tracks. This innovation significantly improves efficiency by 3-5 times compared to manual labor while ensuring high-quality welds. The product portfolio also includes climbing welding robots for construction steel and pipeline welding robots.
Boqing Technology's business model involves the sale of these robotic systems and providing related technical services and consultations. The company primarily serves large state-owned and private enterprises in heavy industry. Its robots are applied across six main sectors: oil and gas, shipbuilding and marine engineering, nuclear and electric power, energy, rail transit, and construction steel structures. The technology is used for welding large-scale components like storage tanks, spherical tanks, pipelines, and high-rise building frames. The company has expanded its operations internationally, with sales in markets such as Singapore, Japan, and Hong Kong.
Keywords: crawling welding robot, automated welding, special robotics, trackless welding, intelligent manufacturing, heavy industry automation, structural steel welding, oil and gas robotics, shipbuilding automation, nuclear power robotics, construction robotics, Pan Jiluan, Feng Xiaobing, robotic welding systems, autonomous welding, weld seam tracking, non-destructive testing, industrial robots, steel structure engineering, pipeline welding