| Packaging capacity | 480~600box/hour | Packaging Carton storage | 200 |
| Total Power | 28Kw | Stacking Capacity | 5760~7680 Boxes/8hours shift |
| Stacking Layers | 4 – 6 layers per pallet | Air Pressure | 0.6 – 0.8 MPa |
| Overall dimension | 4700*7200*3400mm | Price | 148,000 US dollar |
Traditional packaging usually depends on multiple workers for carton preparation, product loading, folding, sealing, and transportation. When production volume increases, manual packaging can easily become a bottleneck.
An Automatic Packaging Machine combines several packaging steps into one continuous process. Products can be automatically conveyed, positioned, packed, sealed, and discharged according to preset production parameters. This allows the packaging section to better match the output of upstream manufacturing equipment.
Stable cycle times also help factories maintain predictable production capacity during long working shifts.
Labor efficiency is an important consideration for modern factories. Repetitive packaging operations require manpower and can create inconsistent results when production depends heavily on manual handling.
With automatic packaging equipment, operators mainly supervise the system, prepare packaging materials, and perform routine inspection. Most repetitive operations are completed automatically.
This reduces the number of workers required around the packaging area and allows manufacturers to allocate employees to quality control, maintenance, production management, and other important tasks.
Uniform packaging is especially important for products that will be transported over long distances or exported to international markets.
Automatic systems control product positioning, carton forming, folding, and sealing through programmed settings. Compared with manual packaging, the process can maintain better consistency from one package to the next.
Properly packed products are less likely to move inside the carton during transportation, helping reduce the risk of surface damage, deformation, or packaging failure.
The machine can also be combined with labeling, strapping, weighing, inspection, and palletizing equipment depending on the production requirements.
Manufacturers often produce several product sizes on the same production line. Therefore, packaging equipment should provide sufficient flexibility for product changeovers.
An Automatic Packaging Machine can use PLC control, HMI operation, servo positioning, and stored product recipes to simplify parameter adjustment.
Operators can select the required product specification from the control interface and adjust the machine for different lengths, widths, heights, or packaging quantities.
This helps reduce changeover time and makes the equipment suitable for factories that frequently switch between different products.
Another advantage of automatic packaging equipment is its ability to connect with existing manufacturing processes.
Upstream equipment can include cutting machines, stacking systems, inspection stations, sorting conveyors, or buffering equipment. Downstream equipment may include labeling machines, strapping machines, palletizers, pallet wrapping systems, and warehouse conveyors.
By connecting these machines together, manufacturers can create a more complete automated production line with less manual product transfer between individual processes.
Communication between different machines can also be coordinated through PLC control and sensors, improving overall production flow.
Automatic Packaging Machines can be customized for many industrial products, including:
The final equipment configuration depends on product dimensions, packaging materials, required output, carton design, available factory space, and downstream automation requirements.
Investing in an Automatic Packaging Machine can help manufacturers improve packaging efficiency while creating a more organized and standardized production environment.
By reducing manual handling, maintaining consistent packaging quality, supporting multiple product specifications, and integrating with other production equipment, automatic packaging technology provides a practical solution for factories moving toward higher levels of automation.
For manufacturers planning to expand production capacity or upgrade their end-of-line process, a customized automatic packaging system can provide a reliable foundation for long-term production improvement.
The machine is suitable for SPC flooring, WPC flooring, laminate flooring, wall panels, wood boards, furniture panels, and other flat products. It can also be customized for different packaging requirements.
Yes. The machine supports customized dimensions, packaging formats, conveyor layouts, and automation levels to meet your production requirements.
The standard packaging speed is 8–12 boxes per minute, depending on the product size, packaging method, and production line configuration.
Yes. It is equipped with a PLC control system and an intuitive HMI touchscreen. Operators can quickly adjust parameters, switch product sizes, and monitor machine status with minimal training.
Absolutely. The Automatic Packaging Machine can be connected with conveyors, labeling machines, palletizers, wrapping machines, and other automated equipment to create a fully automatic packaging line.
StarsPlas is a fully automatic equipment research and development company focusing on green building materials.
Our company is committed to providing industry 4.0 automation production solutions in accordance with European and American standards.
Furniture plank whole factory production equipment,Including automatic mixing system, extrusion production line, coating equipment, slotting equipment, laminating equipment and carton packaging equipment.
Head Office
215625, Plant A18 Jinfeng Technology Innovation Park, Zhangjiagang, Jiangsu Province, PRC
Our Tel
(+86) 512-5810 8898
(+86) 189 136 13799
Our Email
