Industrial robot
STEP focuses on the industrial robotics sector, with motion control technology at its core. Through its "STEP" and "ADTECH" brands, the company offers multi-joint robots, SCARA robots, and semiconductor wafer robots, making it a leading player in the Chinese market.
The company masters the control systems, servo technologies, and software expertise for robots with payloads ranging from 1 to 600 kg, and offers comprehensive system integration solutions to drive high-quality development in the manufacturing sector. As a national-level high-tech enterprise, STEP actively participates in national robotics standardization efforts and holds key positions in the China Robotics Industry Alliance and the Shanghai Intelligent Manufacturing Industry Association. Its robotic factory has been recognized as one of the first smart factories in Shanghai and has been designated by the Ministry of Industry and Information Technology as a demonstration unit for intelligent manufacturing.
High-order dynamics algorithm for faster and more stable operation; robot lightweight design to minimize interference zones; repeat positioning accuracy: ±0.06 mm—high precision without sacrificing speed; compact base design helps reduce the footprint; modular design simplifies maintenance and repair.
Compact structure, low energy consumption, and high handling capacity; standard arm reach of 2400mm, small footprint, and stacking height of 1.5m; built-in air lines and IO cables for greater ease of use.
With a streamlined structure and low energy consumption, this system leverages a precise dynamic model and integer-based input technology to fully maximize motor efficiency, significantly increase operating speed, and ensure smooth operation.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.
High-order dynamics algorithm for faster and more stable operation; robot lightweight design to minimize interference zones; repeat positioning accuracy: ±0.06 mm—high precision without sacrificing speed; compact base design helps reduce the footprint; modular design simplifies maintenance and repair.
Compact structure, low energy consumption, and high handling capacity; standard arm reach of 2400mm, small footprint, and stacking height of 1.5m; built-in air lines and IO cables for greater ease of use.
With a streamlined structure and low energy consumption, this system leverages a precise dynamic model and integer-based input technology to fully maximize motor efficiency, significantly increase operating speed, and ensure smooth operation.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.
Compact and agile design supports installation in all positions; hollow wrist design with built-in welding gun cable reduces interference and ensures smooth wire feeding; positioning accuracy of ±0.05 mm, with a tip wire speed of 2.5 m/s; advanced dynamic algorithms featuring path feedforward and vibration suppression; supports multiple communication protocols for simple and easy operation.
Full product line of industrial robots