RoboSense launches new Shenzhen line with designed annual capacity of 500,000 units

RoboSense launched a fully automated digital LiDAR production line on November 4, 2026, at its Honghualing site in Nanshan Zhizao, Shenzhen. According to leaderobot.com, the line has a designed annual capacity of 500,000 units and an overall automation rate of 99%.

According to leaderobot.com, the new line has a designed annual capacity of 500,000 units and an overall automation rate of 99%. Those figures offer an indication of manufacturing scale for LiDAR used in robotics and other fields, but designed capacity must be distinguished from actual output.

The new line’s designed annual capacity of 500,000 units is part of the company’s reported plan for annual capacity of 4 million units, equivalent to 12.5% of the total. The focus, then, is not only on the 99% automation rate but also on how the capacity of an individual line fits into the companywide plan. Designed capacity, however, is not actual output. The article also cites cumulative sales of 1.3148 million units in the first three quarters of 2026, including 427,800 units in the robotics sector; those figures do not show production or shipments from this line alone. On the manufacturing side, more than 100 machines handle over 70 processes, while six people work with the system in assembly. The company also cites 100% end-to-end production data traceability, a 98% fully automated inspection rate and more than 3,640 inspection indicators. These figures describe not only production capacity but also a design that incorporates quality control into the production process. They do not, however, establish the line’s operating rate, yield or actual shipments. In related coverage, we reported on national standards for humanoid robots and motion capture and data for robotics. This article focuses not on standards or training data, but on LiDAR mass-production equipment and inspection processes. Standards, data and component manufacturing are separate issues, and information about this line’s operation alone cannot confirm product development or performance improvements that link them. The implication for the industry is that the ability to mass-produce sensing components for robots and demand for finished products need to be assessed separately. The article lists robotics and other fields among the uses for the company’s products, but does not say how many units the new line will supply to each field. Points to watch include the line’s actual operating rate and output relative to its designed annual capacity, the operational results for its quality metrics, and how capacity across individual lines adds up to the 4 million-unit plan.