500-1000mm Industrial Packing Equipment for Automated Packaging Lines

Product Overview

Our Industrial Packing Equipment is designed for manufacturers that require reliable, high-speed, and repeatable end-of-line packaging for flooring, panels, boards, and other rectangular products. The system handles products from 500-1000 mm in length, 300-600 mm in width, and 25-80 mm in height, with a packaging capacity of approximately 8-12 boxes per minute.

With an installed power of 28 kW and standard electrical supply of 380V / 50Hz, the equipment combines automatic conveying, product alignment, carton handling, folding, sealing, and finished-package discharge in one integrated system.

Compared with labor-intensive packing processes, this industrial packaging solution can improve packaging consistency, reduce operator dependence, and create a smoother connection between production and downstream logistics. It can also be customized with labeling, inspection, robotic palletizing, and pallet wrapping functions to meet different factory automation requirements.

Cause: Why Industrial Packing Processes Need Automation

In many flooring, panel, and building-material factories, production speed has increased significantly while packaging operations still depend on manual handling.

This mismatch often becomes a bottleneck at the end of the production line.

Workers may need to collect products, align stacks, prepare cartons, fold packaging material, seal boxes, move finished packages, and arrange them for palletizing. When these operations are performed manually, packaging speed can fluctuate throughout the shift.

Several common problems may occur:

• Uneven packaging quality

• Incorrect carton positioning

• Inconsistent folding or sealing

• High labor requirements

• Production congestion before packaging

• Increased handling damage

• Difficult production planning

• Reduced efficiency during long shifts

• Limited traceability and automation

For factories supplying international markets, packaging quality is especially important because finished products may travel long distances by container, truck, or warehouse distribution.

A stable industrial packing system helps manufacturers create more consistent packages while maintaining the required production rhythm.

Solution: Integrated Industrial Packing Equipment

Our solution combines multiple packaging functions into a coordinated automatic process.

Products arriving from the upstream manufacturing line are transferred into the packing station by conveyor. Sensors monitor the product position and trigger the corresponding packing sequence.

The system can automatically perform several operations according to the customer's carton design and production requirements.

Typical functions include:

• Automatic product receiving

• Product alignment and positioning

• Product counting or grouping

• Automatic carton feeding

• Carton forming

• Side folding

• End folding

• Hot melt adhesive application

• Carton compression

• Package discharge

• Finished-product conveying

The system can also be extended with optional automation modules.

Available options include:

• Automatic label printing

• Label application

• Barcode scanning

• QR code reading

• Check weighing

• Vision inspection

• Reject systems

• Robot palletizing

• Automatic pallet feeding

• Pallet stretch wrapping

This modular configuration allows the equipment to be used either as an independent packing machine or as part of a complete automated packaging line.

Specifications

Note: Final equipment specifications can be adjusted according to product dimensions, carton structure, required capacity, factory layout, electrical standards, and customer-specific production conditions.

Applications

SPC Flooring Packaging

The equipment can be integrated after SPC flooring profiling, inspection, counting, and stacking processes. It provides stable carton packaging before labeling and palletizing.

LVT Flooring Packaging

For LVT manufacturing plants, the system can automate box packing operations and reduce manual handling between production and warehouse logistics.

WPC Flooring Packaging

WPC flooring products can be grouped, positioned, packed, sealed, and transferred automatically to downstream equipment.

Laminate Flooring

The machine is suitable for laminate flooring factories that require higher packaging efficiency and more consistent finished cartons.

PVC Flooring

PVC flooring and similar rectangular products can be packed according to customized carton dimensions and sealing requirements.

Wall Panels

Decorative wall panels, interior panels, and engineered boards can also be handled with customized product positioning and carton structures.

Furniture and Decorative Boards

The system can be adapted for selected furniture components, decorative sheets, engineered boards, and similar industrial products.

Building Material Production Lines

Industrial Packing Equipment can be integrated into automated building-material factories where consistent packaging and downstream pallet handling are required.

How It Works

Step 1: Automatic Product Infeed

Products enter the packing system through a conveyor connected to the upstream production line.

Step 2: Product Detection

Photoelectric sensors or other detection devices identify the incoming product and confirm its position.

Step 3: Alignment and Positioning

The product or product stack is aligned before entering the carton packing section.

Step 4: Carton Preparation

Carton material is supplied according to the selected packaging structure and product recipe.

Step 5: Product Loading

The product is accurately transferred into or onto the carton packaging position.

Step 6: Carton Folding

The equipment automatically folds the required carton sections around the product.

Step 7: Glue Application and Sealing

Hot melt adhesive can be applied to the designated sealing areas to close the carton securely.

Step 8: Compression

The package can pass through a compression section to help stabilize the bonding process.

Step 9: Finished Package Discharge

Completed cartons are automatically discharged onto the downstream conveyor.

Step 10: Secondary Automation

Packages can continue to labeling, weighing, barcode scanning, palletizing, and pallet wrapping stations.

The entire process is coordinated through the PLC control system to maintain stable production flow.

Key Benefits

Stable Output of 8-12 Boxes per Minute

The system supports continuous industrial production and can reach approximately 8-12 boxes per minute, depending on product and carton specifications.

Reduced Labor Dependence

Automatic packing operations reduce repetitive manual tasks such as product positioning, carton folding, and sealing.

Improved Packaging Consistency

Controlled movement and standardized process parameters help maintain consistent package appearance and sealing quality.

Suitable for Multiple Product Formats

The standard working range covers products between 500-1000 mm long, 300-600 mm wide, and 25-80 mm high.

Recipe-Based Production

Different product sizes can be stored as recipes in the HMI, allowing operators to switch production settings more efficiently.

Easy Line Integration

The equipment can communicate with upstream manufacturing equipment and downstream logistics systems.

Expandable Automation

Factories can start with the basic packing machine and later integrate additional modules such as labeling, inspection, palletizing, or pallet wrapping.

How To Choose Industrial Packing Equipment

Choosing the correct industrial packing system requires a clear understanding of both the product and the production process.

1. Confirm Product Dimensions

Provide the minimum and maximum product length, width, and height.

For this equipment, the standard range is:

• Length: 500-1000 mm

• Width: 300-600 mm

• Height: 25-80 mm

2. Confirm Product Weight

Package weight affects conveyor design, mechanical positioning, and downstream handling.

3. Provide Carton Information

Carton drawings, dimensions, photos, samples, or CAD files are highly useful for confirming the packing mechanism.

4. Define Required Capacity

The standard speed range is approximately 8-12 boxes/min.

If your target capacity is higher or lower, the system can be evaluated according to the complete line cycle time.

5. Select Sealing Method

Hot melt glue is commonly used for automatic industrial carton packing because it supports continuous high-speed production.

Other methods can be evaluated depending on the package design.

6. Check Production Line Connection

Confirm how products arrive at the packing machine.

Important information includes:

• Conveyor height

• Conveyor direction

• Product orientation

• Product spacing

• Upstream machine speed

7. Define Downstream Automation

If finished cartons need to be transferred automatically, consider whether the project requires:

• Labeling

• Barcode reading

• Weighing

• Robot palletizing

• Pallet conveying

• Stretch wrapping

8. Provide Factory Layout

A factory layout helps determine machine direction, conveyor arrangement, operator access, maintenance space, and overall line footprint.

9. Confirm Electrical Requirements

The standard configuration is 380V / 50Hz, but electrical components can be reviewed according to the destination country and project standards.

Complete End-of-Line Packaging System

Industrial Packing Equipment can become the central part of a complete automated packaging solution.

A typical production flow may be:

Product Manufacturing → Quality Inspection → Counting / Stacking → Automatic Packing → Labeling → Conveying → Robot Palletizing → Pallet Wrapping → Warehouse

For factories planning new production lines, a complete packaging concept can be developed according to production capacity, product dimensions, available space, logistics requirements, and automation level.

For existing factories, the system can also be designed to connect with current upstream and downstream machines.

FAQ

1. What products can this Industrial Packing Equipment handle?

The system is mainly designed for flooring, panels, boards, and similar rectangular industrial products. Typical applications include SPC, LVT, WPC, laminate flooring, PVC flooring, and decorative panels.

2. What is the maximum packing speed?

The standard working speed is approximately 8-12 boxes per minute. Actual speed depends on product size, carton design, folding sequence, and sealing requirements.

3. Can the machine handle several product sizes?

Yes. Different product dimensions can be configured within the machine's working range. Recipe-based settings can also be used to simplify production changeovers.

4. Can the equipment connect with robotic palletizing?

Yes. It can be integrated with automatic conveyors, labelers, barcode systems, robot palletizers, pallet conveyors, and pallet wrapping machines.

5. What information do you need before quotation?

Please provide your product dimensions, package weight, carton dimensions, carton drawing or photo, required speed, factory layout, voltage, and any downstream automation requirements. This information allows us to prepare a more accurate technical solution.