Designed for modern manufacturing environments, this Automatic Packaging Machine provides a practical packaging solution for panels, flooring, boards, and other rectangular finished products. The standard machine accommodates product lengths from 500 to 1000 mm, widths from 300 to 600 mm, and packaging heights between 25 and 80 mm.

With an output of approximately 8–12 boxes/min, the machine helps manufacturers establish a continuous connection between production and finished-product handling. Its 28 kW power configuration and 380V/50Hz electrical system are suitable for industrial production environments where reliability and repeatable packaging are important.

Rather than relying on several workers to position, pack, close, and transfer boxes manually, manufacturers can automate key packaging processes. This makes the system especially valuable for companies expanding production capacity, upgrading existing production lines, or developing new automated factories. Customized machine layouts are available according to product dimensions, packaging structure, production direction, and site conditions.

Manufacturers often invest heavily in improving upstream production capacity while overlooking the packaging section.

A production line may be capable of manufacturing products continuously, but if finished products accumulate before packaging, the entire line becomes less efficient.

Common causes include:

• Slow manual carton handling
• Too many operators around the packing station
• Frequent production interruptions
• Difficulty maintaining identical packaging quality
• Multiple product specifications
• Increasing labor cost
• Limited workshop space
• High production peaks
• Poor connection between packaging and warehousing

When packaging relies heavily on manual operation, daily output may fluctuate according to workforce availability.

In addition, products requiring international delivery need reliable packaging to maintain a professional appearance and provide suitable protection during handling.

For manufacturers seeking higher automation, packaging therefore becomes an important part of the overall factory upgrade.

Our Automatic Packaging Machine is designed to transform separate manual operations into a connected packaging process.

Products enter the machine through the infeed conveyor. Detection and positioning systems determine when the product is ready for packaging. The packaging sequence is then completed according to the configured program.

Compared with independent manual workstations, automatic packaging offers better process coordination.

The machine can be configured as part of a larger system that includes:

Upstream equipment:

• Product cutting line
• Profiling line
• Inspection system
• Stacking machine
• Product buffer conveyor

Packaging section:

• Automatic feeding
• Product positioning
• Carton handling
• Packaging
• Carton closing
• Sealing

Downstream equipment:

• Label printing
• Barcode application
• Checkweighing
• Box conveying
• Robotic palletizing
• Pallet wrapping

This flexible system architecture allows manufacturers to automate according to actual production needs rather than purchasing unnecessary equipment.

Machine dimensions and configuration should be confirmed after evaluating the actual product and packaging samples.

The machine can be adapted for several flat-product packaging applications.

Decorative Panels

Decorative panels often require uniform packaging before storage and transport. Automatic processing helps improve package consistency.

Flooring Products

SPC, WPC, LVT, and laminate flooring can be automatically transferred, positioned, packed, and discharged.

Wall Panels

For wall-panel products within the compatible dimensional range, the machine can reduce repetitive manual packaging operations.

Furniture Components

Flat furniture parts and decorative components may be evaluated for automatic carton packaging.

Industrial Boards

Some rectangular industrial boards and components can also use the system after product compatibility is confirmed.

The machine is suitable for:

• New production plants
• Existing line automation upgrades
• Export manufacturing factories
• High-volume packaging departments
• Continuous multi-shift production

The automatic packaging process is based on coordinated control between conveyors, sensors, positioning devices, and packaging mechanisms.

Product Arrival

Products enter the machine from an upstream conveyor or feeding station.

Signal Detection

Sensors confirm product presence and communicate with the PLC.

Alignment

The product is positioned correctly to ensure smooth transfer into the packaging process.

Packaging Material Handling

The required carton or packaging material is supplied according to the selected system configuration.

Automatic Packing

The product and packaging material are combined through the automatic mechanism.

Closing and Sealing

After the product is correctly packed, the carton is closed and sealed.

Box Discharge

Finished boxes are moved to the next production stage.

The operator mainly supervises machine operation, adjusts production recipes, and replenishes packaging materials where required.

Choosing the right automatic packaging equipment should start with the product rather than the machine.

1. Prepare Product Information

   Provide:

   • Product length
   • Product width
   • Product height
   • Product weight
   • Stack quantity
   • Surface characteristics

2. Prepare Carton Information

   Provide the carton dimensions and preferably a physical sample or drawing.

3. Determine Production Capacity

   Calculate the maximum output per hour and compare it with the machine capacity of approximately 8–12 boxes/min.

4. Identify Product Variations

   If you produce several sizes, list all dimensions rather than providing only your most common product.

5. Provide Factory Layout

   This enables us to determine machine direction, conveyor arrangement, operating space, and maintenance access.

6. Confirm Downstream Requirements

   Tell us whether boxes will be manually collected or automatically transferred to labeling, palletizing, or wrapping.

A complete set of information allows the machine configuration to be designed more accurately.

Reduced Manual Handling

Automation reduces the number of repetitive product-transfer and carton-handling tasks.

More Predictable Output

Packaging speed becomes easier to coordinate with upstream equipment.

Consistent Packaging Process

PLC-controlled sequences create more repeatable operations.

Flexible Production

Different products can be handled within the machine's available working range.

Easier Automation Expansion

Downstream equipment can be added according to future factory development.

Better Factory Organization

A defined product flow can simplify production management and reduce unnecessary movement around the packaging area.

1. What size products can the machine package?

   The standard working range is 500–1000 mm length, 300–600 mm width, and 25–80 mm height.

2. Is 8–12 boxes/min the guaranteed speed for every product?

   It is the standard design range. Final speed depends on product size, carton type, packaging method, and line configuration.

3. Can the machine be installed in an existing factory?

   Yes. Retrofit projects are possible. Factory layout drawings and existing line information should be provided before engineering.

4. Can you supply a complete packaging line instead of one machine?

   Yes. A complete solution can include conveying, packaging, labeling, palletizing, and wrapping equipment.

5. What information is required before ordering?

   We recommend providing product specifications, carton dimensions, required capacity, voltage, production-line layout, and photos or videos of the existing process.