| Working Length | 600-1850mm | Power | 30 kW |
| Working Width | 120-260mm | Voltage | 380V / 50Hz |
| Working Thickness | 40-100mm | Air | 7 kg/cm² |
| Speed | 8–10 boxes/min | Materials | Melt Glue |
https://youtu.be/brMcIXjnBCY?si=6_5SdaqQgDzAtOXh
As factories continue to improve automation levels, packaging has become an important part of the overall production process. A reliable Flooring Carton Packing Machine can help manufacturers connect production, inspection, packing, sealing, conveying, and downstream handling into a smoother workflow.
In many factories, production equipment may already operate at relatively high speeds, while the packaging section still depends heavily on manual workers. This difference can create production bottlenecks. Finished products may accumulate before the packing station, workers may need to handle products repeatedly, and packaging quality can vary between different operators.
An automated packaging system helps solve these problems by completing repetitive packaging operations according to programmed settings. It can provide stable operation, repeatable packaging quality, and better coordination with upstream and downstream equipment.
For manufacturers of flooring, wall panels, boards, furniture components, profiles, and other industrial products, automatic packaging equipment can become an important part of a more efficient factory.
Manufacturers today face several common challenges, including increasing labor costs, higher production targets, tighter delivery schedules, and greater expectations for packaging appearance.
Traditional manual packaging may be suitable for small production volumes, but as output increases, more workers are normally required. This increases operating costs and may make production management more complicated.
An Automatic Packaging Machine allows repetitive tasks to be transferred from workers to automated equipment.
Depending on the machine configuration, the system can automatically perform product feeding, carton preparation, product loading, folding, glue sealing, label application, conveying, and discharge.
This allows operators to focus more on machine supervision, and production management instead of continuously performing repetitive packing work.
Consistency is one of the major advantages of automated packaging.
When packaging is performed manually, the final result may depend on operator experience, working speed, and fatigue level. Cartons may be positioned differently, glue application may vary, and sealing quality may not always remain consistent throughout a long production shift.
Automatic equipment works according to preset parameters.
Sensors detect product positions, servo systems control movement, and the PLC coordinates each working station. As a result, every package can follow the same operating process.
An efficient factory does not depend only on the speed of individual machines. The complete production line must work as one coordinated system.
For example, if a flooring production line produces products faster than workers can package them, finished materials will accumulate before the packing section.
This can reduce overall production efficiency even if the upstream machines are running normally.
An Automatic Packaging Machine can be designed to match the production speed of the previous process.
Automatic conveyors transfer products continuously between different stations, helping reduce unnecessary waiting and manual movement.
The packaging machine can also be integrated with other equipment such as:
This integrated design helps create a continuous production process from manufacturing to final pallet preparation.
Control technology plays an important role in modern packaging equipment.
Most industrial automatic packaging systems use a PLC to control the operating sequence. Sensors, motors, servo systems, pneumatic devices, conveyors, and safety components are coordinated through the control system.
The operator can use an HMI touch screen to check machine status and adjust production parameters.
Common information displayed on the HMI may include production quantity, operating speed, product specifications, machine alarms, temperature settings, and equipment status.
The flooring industry is one of the typical applications for automatic packaging equipment.
Products such as SPC flooring, LVT flooring, WPC flooring, PVC flooring, and laminate flooring often require efficient carton packaging before palletizing and transportation.
Flooring products usually have standardized dimensions and relatively high production volumes, making them suitable for automated handling.
An automatic flooring packaging line can receive stacked flooring products, position them accurately, prepare cartons, complete the packing process, seal the cartons, and transfer finished packages to the next station.
For higher automation requirements, the packaging machine can be connected with automatic palletizing equipment.
This reduces manual handling between packaging and warehouse preparation.
Although automatic packaging machines are widely used for flooring, they can also be customized for many other products.
Typical applications include:
Different products require different machine structures.
A long wall panel, for example, requires a different conveying and positioning design compared with a compact carton.
Therefore, product dimensions, packing method, and production capacity should all be confirmed before machine design.
Labor availability can directly affect production stability.
When a packaging line depends on many workers, staff shortages or operator changes may influence daily production capacity.
Automatic equipment reduces dependence on manual operations.
Instead of assigning several workers to repeated packaging tasks, factories can use fewer operators to supervise the machine and handle material replenishment or quality checks.
This can make labor planning more predictable.
It can also help reduce repetitive lifting, carrying, folding, and sealing activities in the packaging area.
For manufacturers operating two or three production shifts, this advantage can become especially important.
There is no single automatic packaging configuration suitable for every factory.
A customized solution should be based on the customer’s actual production conditions.
Important information normally includes:
Product dimensions:
Length, width, thickness, weight, and packaging quantity per carton.
Required production speed:
The packaging line should match the output of upstream production equipment.
Packaging material:
Carton type, glue type, film, protective materials, labels, and other packaging components.
Factory layout:
Available floor space, conveyor direction, operator access, and connection with existing machines.
Automation level:
Customers can choose between semi-automatic packaging, fully automatic packaging, or complete packaging and palletizing systems.
By evaluating these factors, the machine can be designed around the actual production requirement rather than forcing the production line to adapt to a fixed standard machine.
Hot-melt glue sealing is commonly used in industrial automatic packaging lines.
The glue system can apply adhesive automatically to specified carton positions before the carton is folded and pressed.
Compared with fully manual sealing, automatic glue application provides more consistent glue quantity and sealing position.
This can improve carton appearance and help maintain stable packaging quality.
Glue temperature and application settings can also be adjusted according to the carton material and production requirements.
For continuous production environments, automatic hot-melt sealing can help improve packaging speed and reduce repetitive manual work.
Packaging is often not the final step of production.
After cartons are completed, they normally need to be stacked on pallets before entering the warehouse or shipping area.
An Automatic Packaging Machine can be connected directly with a robotic palletizing system.
Finished cartons move through the conveyor to the palletizing station, where a robot automatically picks and arranges the cartons according to a programmed stacking pattern.
After palletizing, the load may continue to an automatic stretch wrapping machine.
This type of integrated system can significantly reduce manual handling between different production stages.
The highest-speed machine is not always the best solution.
The packaging system should match the actual upstream output and downstream handling capacity.
Manufacturers should also consider the number of product specifications they produce.
If products change frequently, quick adjustment and recipe storage become very important.
A professional supplier should review the available layout and design the conveyor direction according to the customer’s workshop.
If a factory plans to add automatic inspection, labeling, palletizing, or warehouse handling later, the packaging system should provide sufficient flexibility for future integration.
The value of an automatic packaging system is not limited to packaging speed.
A well-designed system can improve production organization, reduce labor dependence, maintain consistent packaging quality, and support future factory automation.
It can also help reduce the number of manual transfer points between different machines.
This creates a cleaner and more structured production flow.
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
