Fully Automatic Bearing Processing Line
This production line is a fully automatic line for self-aligning roller bearings, from forgings to packaged finished bearings. It consists of components such as 3D vision-guided robotic loading, rough grinding, precision grinding, clearance inspection, superfinishing, cleaning, inner and outer ring mating, bearing assembly, cleaning, grease injection and capping, rust prevention oiling, boxing, robotic finished product packaging, and a traceability system. The combination of 3D vision and robotic gripping for loading, supplemented by electrical control technology and sensors, achieves closed-loop control, ensuring safety and reliability, reducing labor costs, and improving production efficiency.
Fully Automatic Ring Component Processing Line
The production line consists of multiple components, including elevators, chain plate conveyors, double-layer buffer lines, etc. It achieves closed-loop control through electrical control technology and sensors, enabling the simultaneous production of two different types of ring products. The automatic feeding system above the face grinding machine improves production efficiency and safety.
Fully Automatic Roller Production Line
The production line consists of units such as 3D loading, UT (ultrasonic testing), cleaning, ET (eddy current testing), visual inspection, sorting, oiling, packing, and a traceability system, reflecting a high level of automation, intelligence, and traceability in the production process. This not only improves production efficiency and product quality but also significantly reduces labor costs and error rates.
Fully Automatic Roller Production Line
This production line is a fully automatic production line for wind turbine main bearing rollers, consisting of units such as 3D loading, laser marking, rough turning, finish turning, ET (eddy current testing), UT (ultrasonic testing), visual inspection and cleaning, sorting, oiling, packing, and a traceability system. It is supplemented by electrical control technology and sensors to achieve closed-loop control, enabling intelligent and automated production of products.
This equipment achieves continuity and efficiency in the oiling process through a dual-station design. While one station is performing roller oiling operations, the other station can handle loading or unloading, saving time and improving efficiency. It provides a reliable solution for surface oiling of rollers and other components.
This equipment integrates cleaning and drying stations into one, providing a fully automatic dual-station roller cleaning solution.