Related Technologies Of Logistics Packaging Equipment

The technology of logistics packaging equipment is developing towards higher speed, automation, intelligence, and greenness, with the core focus on improving efficiency, reducing costs, and adapting to the needs of modern supply chains.

Based on technical characteristics, the current mainstream logistics packaging equipment technologies mainly include the following categories:

• Automation and Integration Technology: Modern logistics packaging widely adopts fully automated packaging lines, enabling integrated operations from material conveying, forming, filling, sealing to strapping, wrapping, and palletizing. These systems can be customized according to site space, cargo size, and flow rate, combining original German core components to ensure precision and stability while reducing overall total cost of ownership (TCO).
• Ergonomics and Occupational Safety and Health Technology: Advanced equipment from Europe and America emphasizes the health and safety of operators. For example, the German ErgoPack strapping system can automatically complete pallet strapping, avoiding workers bending over, obtaining AGR certification, and significantly reducing labor intensity.

Energy Saving and Environmental Protection Technologies

• Wrapping Robots: Such as the Italian Robopac series, employing "pre-stretching technology" and "CUBE technology," significantly reduce the amount of wrapping film used while ensuring packaging effectiveness, saving on consumable costs.
• Expansion Cutting Machines: Process waste cardboard into cushioning materials, turning waste into treasure, reducing both procurement costs and carbon emissions.
• Kraft Paper Manufacturing Machines: Ranpak series equipment can produce biodegradable air cushions on-site; consumables meet EU environmental standards and are biodegradable in natural environments.
• Intelligent Sensing and Data Monitoring Technologies: RFID tags, temperature and humidity sensors, and other IoT technologies are widely used in smart packaging, enabling real-time monitoring of goods status. AI is also beginning to participate in packaging design; for example, the Zhong Xue Gao ice cream packaging is completed by AI, significantly improving design efficiency. The penetration rate of digital printing technology is expected to rise from 18% in 2020 to 35% in 2024, supporting small-batch customized production.

Specialized Packaging Technologies

• Shrink Packaging: Utilizes heat-shrink film to tightly wrap goods. Suitable for irregularly shaped items, it offers advantages such as transparency, tight fit, and small size.
• Stretch Packaging: Wraps goods in elastic film at room temperature. Suitable for fresh meat, vegetables, and frozen foods. Allows precise control of wrapping force to prevent crushing.
• Vacuum and Gas-Flush Packaging: Extends the shelf life of food by vacuuming or filling with inert gas. Widely used for cooked foods, bean products, etc.