Automatic Module Handler for Curing Line

Automatic Module Handler for Curing Line is an efficient and fully-automatic machinery used in solar panel production line, offering numerous benefits to its users. This machine has a basic product information of Tact ≤14.5-16S and Applicable Module Size L(1630-2650mm)×W(950-1450mm). It has an overall dimension of 3200×2650×4000mm, making it large enough to accommodate various module sizes used in solar panel manufacturing. The driving mode of the Automatic Module Handler for Curing Line is Servo Driving, which ensures smooth operation and high accuracy.

The Working Power of the Automatic Module Handler for Curing Line is AC380V, 3 Phase 5 Lines, 50Hz, while the Rated Power is 4KW, making it powerful enough to handle various tasks in the production line. The Automatic Module Handler for Curing Line has a weight of 1060kgs, making it easy to move around the factory floor.

One of the most significant product advantages of the Automatic Module Handler for Curing Line is its ability to position the components, straighten them, and stack them onto the curing line. After solidification, the material is automatically cut and the components are moved to the production line. This process ensures fast, consistent, and precise placement of components, leading to higher yield rates and improved product quality. Moreover, the machine is fully automatic, meaning that it requires minimal human intervention, reducing the risk of human error and improving overall efficiency.

Automatic Module Handler for Curing Line can be used in various scenarios within solar panel production lines. It is ideal for handling various types of solar panel modules, regardless of the size. Additionally, it is versatile and can be integrated with other machinery in the production line, improving the overall system performance.

In conclusion, if you are looking for an efficient and fully-automatic machinery for your solar panel production line, then the Automatic Module Handler for Curing Line is an excellent choice. With its high accuracy, fast and precise placement of components, and other product advantages, it is sure to increase your production yield rates and improve the overall quality of your solar panels.