Automotive parts manufacturing welcomes intelligent upgrade, 3D visual positioning system helps unmanned production line construction

With the booming development of the new energy vehicle market, the automotive parts manufacturing industry is facing unprecedented opportunities and challenges.  In order to improve production capacity and product processing accuracy, a professional aluminum alloy automotive parts manufacturer has decided to introduce an intelligent production line, in which machine feeding of stacked gearbox housings becomes a key step.

The traditional feeding method often relies on manual labor or simple mechanical devices, which are inefficient and difficult to guarantee accuracy.  However, with the continuous development of industrial robot technology, more and more enterprises are trying to use robots for automated feeding.  However, during this process, problems such as low AGV parking accuracy and difficulty in workpiece positioning gradually emerged.

To address these issues, the automotive parts supplier has introduced the Fuwei Intelligent 3D Vision Composite Robot.  3D machine vision adopts line laser and binocular imaging technology, which has the characteristics of high precision, fast response, and easy maintenance.  By deploying this system, the robot can accurately identify and grasp the gearbox housing, achieving precise correction of AGV parking errors.  At the same time, the system can also intelligently recognize workpieces based on their characteristics, achieving the effect of small field cameras recognizing large-sized workpieces, greatly improving the flexibility of the production line.

In addition, the introduction of Fuwei intelligent composite robots has also reduced the investment costs of enterprises.  Under traditional methods, in order to accommodate workpieces of different sizes, it is often necessary to customize specialized fixtures, which is costly and time-consuming.  With the 3D vision positioning system, enterprises can quickly adjust robot grasping strategies according to production needs without changing fixtures, greatly saving costs and time.

In summary, the application of composite robots provides strong support for the intelligent upgrading of the automotive parts manufacturing industry.  In the future, with the continuous advancement of technology and the deepening of applications, it is believed that more enterprises will join the ranks of intelligent production and jointly promote the rapid development of the industry.