Equipment Technical Specifications:
I. Applicable Scope
Suitable for packaging powdery and granular materials, such as milk powder, solid drinks, white sugar, coffee, feed, solids, powdery additives, dyes, etc.
II. Main Performance and Structural Features
Equipped with safety protection, meets corporate safety management requirements.
2. Equipped with an intelligent temperature controller, ensures precise temperature control for a neat and flat seal.
3. Equipped with a PLC servo system, pneumatic control system, and a large-scale touch screen display, the core driving control is greatly enhanced in terms of precision, reliability, and intelligence.
4. The touchscreen can store packaging process parameters for multiple different products, allowing for instant use when changing products without the need for reconfiguration.
5. Fault display system in place to aid in timely troubleshooting.
6. Can be custom-made into pillow bags, hang hole bags, etc. according to customer requirements.
Advantages
To ensure substantial profits within the designated time frame, it's crucial to maintain a well-running food packaging production line without errors during the manufacturing process. By minimizing errors and the impact of malfunctions, the enterprise can gain significant benefits. The level of automation in the manufacturing industry is continuously rising, with its application scope expanding. In the packaging machinery industry, automation is altering the methods of packaging process actions and the processing techniques of packaging containers and materials. Automated control systems for packaging can greatly enhance production efficiency and product quality, significantly reduce errors caused by packaging processes and label printing, and effectively alleviate labor intensity while reducing energy and resource consumption. Revolutionarily significant automation is changing the manufacturing methods of packaging machinery and the transmission of its products. The design and installation of automated control packaging systems have a very evident effect, whether in improving product quality and production efficiency in the packaging machinery industry or in eliminating processing errors and reducing labor intensity. Especially for industries such as food, beverages, pharmaceuticals, and electronics, they are of crucial importance. Technical advancements in automation and systems engineering are further deepening and gaining more widespread application.
