DATE: 2025/09/25

SEER Robotics Ranked Again on the “2025 Shanghai Intelligent Robot Benchmark Enterprises and Application Scenarios Recommended Catalog”

Recently, the Shanghai Municipal Commission of Economy and Informatization and other departments jointly released the "2025 Shanghai Intelligent Robot Benchmark Enterprises and Application Scenarios Recommended Catalogue" (hereinafter referred to as the "Recommended Catalogue"). SEER Robotics was successfully selected with our "Laser SLAM Intelligent Stacker Robot for Narrow Channel Scenarios in Industrial Fields Based on Control Systems."


From the first selection in 2023 to making the list again in 2025, SEER Robotics has once again received authoritative recognition. This not only highlights the continuous leading position of the company's product system centered on control systems but also verifies the company's innovative strength in promoting the large-scale application of robots in complex industrial scenarios.


The "Recommended Catalogue" was jointly selected by nine departments, including the Municipal Commission of Economy and Informatization and the Municipal Science and Technology Commission. It takes technological advancement, scenario fit, application maturity, and social and economic benefits as core criteria, aiming to select robot benchmark enterprises that represent the level of "Shanghai Manufacturing." The "Recommended Catalogue" is not only a barometer for the development of Shanghai's intelligent robot industry but also an important measure to promote the implementation of "robot+" applications.


The Laser SLAM Intelligent Stacker Robot SFL-CDD15 selected this time is an innovative product jointly developed by SEER Robotics and Linde, a global high-end forklift manufacturer, based on the SRC robot control system. It provides an efficient, flexible, and safe one-stop robot solution for robot applications in narrow channel scenarios in the industrial field.


The SFL-CDD15 is equipped with SEER Robotics' forklift-specific universal controller SRC-2000-F(S), combined with high-precision laser SLAM navigation technology and an adaptive recognition system based on AI deep learning. It can achieve adaptive recognition and precise forking of various carriers (such as pallets, material cages, etc.), supports multiple operation modes such as high-level stacking, line-side docking, and flat transportation, which significantly improves the level of automation.



With a body width of only 1128mm, it has excellent narrow passage capability, and the minimum turning radius is as low as 1329mm. It can flexibly move through dense shelf areas and even standard elevators, significantly improving the utilization rate of storage space.


It supports up to 10 hours of continuous operation and 3-minute quick battery replacement, greatly alleviating the pain point of long charging waiting times for traditional forklifts and ensuring continuous operation in high-intensity working environments.


Equipped with multiple perception and protection mechanisms, it monitors the surrounding environment in real-time through a 3D depth camera and can achieve active obstacle avoidance and dynamic path adjustment in human-machine mixed scenarios, with a comprehensive upgrade in safety performance.



At present, the SFL-CD15 and its series of products have been implemented at customer sites in many countries around the world and have won widespread recognition. At the same time, more and more global robot manufacturers are choosing to cooperate with SEER Robotics to develop robot products suitable for more complex industrial scenarios based on the SRC robot control system, jointly building your own robot fleet within days!


In the future, the company will continue to deepen the dual flywheel drive model of "technology flywheel + platform flywheel," focus on the research and development of robot control systems, expand more complex and diverse application scenarios with partners, and strive to provide global customers with highly reliable and generalizable one-stop robot solutions, helping various industries achieve large-scale implementation and continuous innovation of "robot+" applications.