500mm –1000mm Automatic Packaging Machine For Automated Production Lines

The 500–1000mm Automatic Packaging Machine is designed as an important packaging module for automated industrial production lines. Supporting product sizes of 500–1000 mm in length, 300–600 mm in width, and 25–80 mm in height, the machine provides a packaging capacity of approximately 8–12 boxes per minute.

Rather than operating only as an individual packaging machine, the system can be integrated with upstream conveyors, production equipment, labeling systems, robotic palletizers, and pallet wrapping machines.

This flexible integration capability makes it suitable for both existing factory upgrades and newly planned automated production lines.

Powered by a 28 kW system with standard 380V/50Hz electrical configuration, the machine provides continuous industrial operation and can be customized according to product specifications, packaging materials, target output, local electrical standards, and factory layout.

Many factories purchase individual machines at different stages of development.

Over time, they may discover that the machines cannot work together efficiently.

Typical problems include:

• Different conveyor heights
• Mismatched production speeds
• Manual transfer between machines
• Product accumulation between processes
• Insufficient buffer space
• Difficult size changeover
• Poor factory space utilization
• Packaging unable to keep up with production

The packaging section often becomes the final bottleneck because it connects manufacturing with warehousing and logistics.

Without proper automation planning, even high-performance upstream machines may need to stop because finished products cannot be packed quickly enough.

The Automatic Packaging Machine is designed to become part of a connected production system.

Products can enter automatically from upstream manufacturing or conveying equipment. Sensors and positioning mechanisms manage product movement before packaging.

After automatic carton packaging is completed, finished boxes are discharged continuously to the next operation.

Depending on project requirements, downstream equipment may include:

• Automatic label printing
• Automatic labeling
• Barcode systems
• Visual inspection
• Weight inspection
• Robotic palletizing
• Pallet conveying
• Stretch wrapping
• Warehouse logistics

With a packaging speed of 8–12 boxes/min, the system provides a practical link between production and finished-product handling.

Final machine configuration is confirmed according to actual product and packaging samples.

Automated Flooring Production Lines

The packaging machine can be installed after manufacturing or finishing processes to automate final carton packaging.

Building Material Factories

Suitable for boards, panels, flooring, and other standardized products.

Furniture Component Production

Can be configured for manufacturers requiring continuous packaging of regular-sized products.

New Factory Projects

For newly designed factories, the packaging section can be planned together with conveyors, robots, and warehouse logistics.

Existing Factory Upgrades

For existing plants, the machine can replace manual packing sections and connect with current production equipment where technically feasible.

1. Automatic Product Transfer

   Products enter through a conveyor connected to upstream equipment.

2. Product Identification

   Sensors detect the arrival and position of each product.

3. Automatic Alignment

   Products are positioned correctly before packaging.

4. Packaging Operation

   The machine completes the programmed carton packaging sequence.

5. Finished Carton Output

   Finished cartons leave the packaging section continuously.

6. Automatic Downstream Processing

   Cartons may continue directly to labeling, inspection, palletizing, and wrapping.

The complete process reduces intermediate handling and improves production flow.

Easy Production Line Integration

The machine can communicate mechanically and electrically with other automation equipment according to project requirements.

Flexible Customization

Product size, conveying direction, machine height, and downstream interfaces can be discussed during engineering.

High Packaging Output

The system reaches approximately 8–12 boxes/min under suitable production conditions.

Better Workflow

Automatic transfer reduces unnecessary movement between production processes.

Suitable for Future Expansion

Factories can initially install the packaging machine and later extend the system with robots, inspection, or logistics automation.

One-Stop Engineering Support

For complete projects, the packaging machine can be planned together with upstream and downstream equipment to reduce integration problems.

1. Step 1: Define the Product

   Provide:

   • Length
   • Width
   • Height
   • Weight
   • Product material
2. Step 2: Provide Packaging Details

   Share:

   • Carton dimensions
   • Carton structure
   • Packaging photos
   • Drawings
   • Packaging samples if available
3. Step 3: Define Target Capacity

   Confirm required boxes per minute, boxes per hour, or daily output.

4. Step 4: Explain Existing Production Process

   Tell us which machine is installed before the packaging section and what process follows it.

5. Step 5: Provide Factory Layout

   A CAD drawing or simple factory layout is useful for planning conveyors and equipment direction.

6. Step 6: Confirm Electrical Requirements

   Our standard specification is 380V/50Hz, while customized configurations can be discussed for other countries.