The 28kW Automatic Packaging Machine for Fast Automated Box Packing is designed for manufacturers that need more than a standard standalone packaging machine.

Every production line has different product sizes, cartons, output requirements, factory layouts, and material flow directions. For this reason, the machine can be configured around the customer's actual packaging process.

The standard model is suitable for products measuring 500-1000 mm in length, 300-600 mm in width, and 25-80 mm in height, with an output of approximately 8-12 boxes per minute.

The system uses approximately 28 kW of total power and is designed for a standard 380V/50Hz electrical supply.

From product feeding to carton processing and finished-box discharge, automatic operation helps simplify repetitive tasks while providing a stable foundation for complete end-of-line automation.

Selecting packaging equipment based only on machine speed can lead to problems after installation.

A machine may be capable of high output but still fail to match the customer's carton structure, upstream production rhythm, available space, or downstream transportation process.

Different factories may use different carton sizes, packaging orientations, conveyor heights, labeling positions, and product feeding methods.

Some factories require a standalone machine, while others need the packaging system to communicate with production equipment or automatic palletizing robots.

For international projects, voltage and factory standards may also differ.

Therefore, an effective automatic packaging project should begin with a clear evaluation of the customer's real production conditions rather than selecting equipment based on a single parameter.

Our Automatic Packaging Machine is designed around a modular automation concept.

The standard size range and speed provide the technical foundation, while the final machine configuration can be adapted to the actual application.

Customers can provide product drawings, carton drawings, samples, packaging videos, and factory layouts. Based on this information, engineers can evaluate product feeding, carton handling, packaging sequence, sealing method, conveyor connection, and downstream requirements.

This approach helps ensure that the packaging machine is suitable not only for today's products but also for future production planning.

The solution can also be expanded with automatic labeling, carton inspection, robotic palletizing, and pallet wrapping systems.

Specifications may be adjusted according to the final approved packaging solution.

The Automatic Packaging Machine is suitable for businesses that manufacture standardized products and need reliable carton packaging.

Possible applications include:

Flooring Products: automated packing of finished flooring products before palletizing and warehouse transportation.

Panels and Boards: suitable for regularly shaped panels, decorative boards, and related building materials.

Furniture Components: efficient carton packaging for manufactured parts with standardized dimensions.

Industrial Products: suitable for rectangular or flat products requiring repeated carton packaging.

Automated Production Lines: can be connected with upstream manufacturing equipment and downstream logistics systems.

Its flexibility makes it particularly suitable for manufacturers operating multiple product specifications or planning future production expansion.

The automatic packaging cycle is designed to minimize manual intervention.

Finished products arrive at the machine through an input conveyor. Sensors identify the product position and communicate with the control system.

The machine transfers the product into the packaging area and performs the programmed sequence based on the current recipe.

Carton preparation and product loading are synchronized so that each product enters the correct packing position.

The machine then performs carton folding and sealing according to the required packaging method.

Once the package is completed, the finished box is transferred to the discharge conveyor.

Depending on the factory's automation level, the carton can then be collected manually or continue directly to labeling, printing, inspection, robot palletizing, or pallet wrapping.

Lower Dependence on Manual Packing

Packaging requires repeated movements throughout every production shift. Automation reduces dependence on operator speed and availability.

Faster Packaging Process

A capacity of 8-12 boxes per minute supports continuous production and helps minimize finished-product accumulation.

Better Packaging Standardization

Mechanical positioning and controlled movement help produce a more repeatable packing result.

Easier Capacity Expansion

When production output increases, automated packaging provides a stronger foundation for scaling the complete production line.

Better Factory Layout

Integrated conveyors can reduce unnecessary material handling and improve product flow through the packaging area.

Flexible Customized Solution

Different carton structures and factory layouts can be evaluated before equipment manufacturing.

To select the correct automatic packaging system, first prepare your product information.

Measure the minimum and maximum length, width, height, and weight of the products.

Next, calculate the required packing capacity. Provide both your current capacity and expected future production output.

Then prepare information about your carton. Carton dimensions alone may not be enough. A carton drawing or sample can help engineers understand the folding structure and sealing requirements.

Customers should also explain the current production method.

For example:

• Where does the product come from before packaging?
• Is the product delivered individually or in stacks?
• How many cartons are required per hour?
• Where should the finished cartons go?
• Is labeling required?
• Will palletizing be manual or automatic?

These details help determine whether a standard configuration is suitable or whether a customized packaging line is more appropriate.

For faster technical evaluation and quotation, please provide:

1. Product photos

2. Minimum and maximum product dimensions

3. Product weight

4. Carton size and carton drawing

5. Required boxes per minute

6. Current packaging video

7. Factory voltage and frequency

8. Available installation space

9. Factory layout if available

10. Required downstream equipment

The more complete the information, the more accurate the packaging proposal can be.

1. Is this a standard machine or a customized machine?

The machine has a standard technical range, but the final configuration can be customized according to product, carton, layout, and production requirements.

2. What size products are suitable?

Standard applicable dimensions are 500-1000 mm length, 300-600 mm width, and 25-80 mm height.

3. Can you design the packaging line according to our factory layout?

Yes. Providing a factory layout allows the machine arrangement and conveyor direction to be evaluated before manufacturing.

4. Can the system connect with automatic palletizing?

Yes. Finished cartons can be transferred to a robotic or automatic palletizing system through the downstream conveyor.

5. How can I get an accurate quotation?

Send us your product dimensions, carton information, required production speed, packaging photos or videos, voltage, and factory layout. We can then evaluate the most appropriate configuration.