Adresse : Chine
Temps de travail :du lundi au vendredi : de 7h à 19h
Le week-end : 10h00 à 17h00
Adresse : Chine
Temps de travail :du lundi au vendredi : de 7h à 19h
Le week-end : 10h00 à 17h00
The egg packaging machine stands as a technological marvel, integrating a host of features that redefine the capabilities of modern packaging solutions. From its utilization of multi-layer co-extruded stretch film to the precision control facilitated by the Mitsubishi PLC and human-machine interface, every aspect of this machine reflects a commitment to efficiency, quality, and safety.
In the ever-evolving landscape of manufacturing, technological innovations continually reshape industries, bringing forth efficiency, precision, and sustainability. The Vacuum Egg Packaging Machine stands as a testament to this evolution, showcasing a myriad of cutting-edge features that redefine the standards of packaging technology. From multi-layer co-extruded stretch film to a state-of-the-art control system, this machine represents a pinnacle in the field of packaging. In this article, we will delve into the intricacies of this advanced packaging marvel, exploring each feature and its significance in the world of modern manufacturing.
At the heart of the egg packaging machine lies its utilization of multi-layer co-extruded stretch film. This film undergoes a meticulous process involving preheating, mold formation through preheating, air pressure, and vacuum adsorption. The result is a packaging material that ensures product protection, shelf life extension, and an impeccable presentation. The incorporation of stretch film technology highlights a commitment to quality and functionality, setting this machine apart in the competitive landscape of packaging solutions.
The brain behind the egg packaging machine is the Japanese Mitsubishi FX3GA-60MT computer programmable controller (PLC). Renowned for its reliability and efficiency, this PLC enables precise control over the entire packaging process. With large-capacity input and output capabilities, it serves as the nerve center, orchestrating the seamless execution of tasks, from film heating to cutting and waste recycling.
The integration of a 10-inch true color human-machine interface touch screen from Japan’s Mitsubishi adds a layer of user-friendliness to the control system. The push-pull design of the control screen enhances accessibility, allowing operators to navigate through the machine’s functionalities effortlessly. The touch screen serves as the gateway to the intelligent heating functions and temperature control systems, ensuring optimal performance and product quality.
The vacuum department of the egg packaging machine boasts a German BUSCH RA0240D environmentally friendly high vacuum stretch vacuum packaging machine. This features a pollution-free special large vacuum pump with an impressive air pumping capacity of 200 cubic meters per hour. The maximum vacuum degree of the vacuum pump reaches 0.1mbar, exemplifying the machine’s dedication to creating a controlled and sterile packaging environment. The adoption of the German negative pressure tank molding system adds an energy-saving dimension to the vacuum technology.
The entire machine is constructed using an aluminum-magnesium alloy frame, providing a robust foundation that ensures stability and durability. The use of this material, combined with a one-go molding process, guarantees that the machine retains its shape over time, minimizing the need for frequent maintenance and adjustments.
The forming, sealing, and lifting mechanisms of the egg packaging machine employ pneumatic lever-type independent lifting and self-locking systems. This design allows for precise positioning in four directions—front, rear, left, and right—ensuring accuracy and consistency in the packaging process.
Efficiency is further enhanced by the quick assembly and replacement of molds. This feature allows manufacturers to adapt swiftly to changing production needs, reducing downtime and improving overall productivity. The overall sealing mat ensures aesthetically pleasing and secure seals, contributing to the visual appeal of the packaged products.
The egg packaging machine is equipped with a range of warning and protection systems. These include alerts for power phase loss, reverse phase, too high or too low voltage, and regular mechanical lubrication. These features not only enhance operational safety but also contribute to the longevity of the machine.
The machine incorporates advanced functions such as power-off memory and reset, providing operational convenience and efficiency. In the event of a fault, the safety shield automatically shuts down the system, displaying the cause and solution on the computer. These features reduce downtime, facilitate troubleshooting, and contribute to the overall reliability of the packaging process.
The inclusion of the American Banner photoelectric tracking system adds a layer of precision to the egg packaging machine. This system, when used with color cover film, ensures that the pattern position is perfectly aligned, contributing to the aesthetic appeal of the packaged products.
The induction switch, sourced from a reputable German brand, is permanently non-damaging (except for physical damage). Strategically placed throughout the equipment, these switches contribute to various protection points, ensuring the safety of personnel operating the machine.
Conclusion
The egg packaging machine stands as a technological marvel, integrating a host of features that redefine the capabilities of modern packaging solutions. From its utilization of multi-layer co-extruded stretch film to the precision control facilitated by the Mitsubishi PLC and human-machine interface, every aspect of this machine reflects a commitment to efficiency, quality, and safety. As the packaging industry continues to evolve, innovations like the egg packaging machine set new benchmarks, shaping the future of manufacturing and product presentation.