8-12 boxes/min Intelligent Packaging System for Flooring Production Lines

Product Overview

The Intelligent Packaging System is an automated end-of-line solution developed for flooring, panels, boards, and other rectangular products requiring efficient carton packing and coordinated production control. Designed for products measuring 500-1000 mm in length, 300-600 mm in width, and 25-80 mm in height, the system can achieve approximately 8-12 boxes per minute under suitable production conditions.

Unlike a conventional standalone packing machine, this intelligent system combines automatic product handling, positioning, carton processing, sealing, conveying, and production recipe management through a centralized PLC and HMI platform. Operators can select product formats, monitor machine status, adjust operating parameters, and coordinate upstream and downstream equipment from one control interface.

With an installed power of 28 kW and a standard electrical configuration of 380V / 50Hz, the system can be customized for flooring factories and automated manufacturing plants seeking higher productivity, improved packaging consistency, and reduced dependence on manual operations.

Cause: Why Traditional Packaging Limits Production Efficiency

A modern flooring or panel production line can operate continuously for many hours, but the final packaging process often remains dependent on manual labor.

This creates an imbalance between production capacity and packaging capacity.

When workers manually position products, prepare cartons, fold boxes, apply adhesive, move finished packs, and organize cartons for palletizing, several efficiency problems may appear.

Typical challenges include:

• Packaging speed changing between operators

• Product accumulation before the packing station

• Inconsistent carton folding

• Incorrect product positioning

• Variable sealing quality

• Excessive manual handling

• Higher labor requirements

• Difficult production changeovers

• Limited production data

• Poor coordination between different machines

These issues become more noticeable when a factory produces several product sizes or operates multiple production shifts.

For manufacturers serving international markets, packaging also needs to remain consistent because finished products may pass through warehouses, container transportation, distributors, and retail channels before reaching the final customer.

A more intelligent packaging system can help standardize these operations and connect the packaging process with the complete production flow.

Solution: Intelligent Automation for End-of-Line Packaging

Our Intelligent Packaging System combines mechanical automation with centralized control to create a more coordinated packaging process.

Products are automatically received from the upstream production line and transferred into the packaging section. Sensors monitor the product position and operating status while the PLC controls each packaging step according to the selected recipe.

Instead of manually adjusting individual mechanisms for every product change, multiple parameters can be stored in the HMI.

Depending on the final configuration, recipe data may include:

• Product length

• Product width

• Package height

• Conveyor speed

• Positioning parameters

• Carton size

• Folding sequence

• Adhesive settings

• Production speed

• Downstream communication settings

This helps reduce setup time when switching between different flooring or panel specifications.

The intelligent packing system can also be connected with additional automation equipment, including:

• Product inspection systems

• Automatic counting systems

• Stacking equipment

• Carton forming units

• Automatic labeling machines

• Barcode readers

• Check weighers

• Vision inspection systems

• Robotic palletizers

• Pallet conveyors

• Automatic stretch wrapping machines

The result is a flexible end-of-line packaging platform that can be adapted to different factory automation levels.

Specifications

Note: Technical specifications may be adjusted according to the actual product dimensions, carton design, required output, factory layout, electrical standard, and project requirements.

Application

SPC Flooring Production

The Intelligent Packaging System can be installed after SPC flooring profiling, inspection, counting, or stacking equipment. Finished flooring packs can be automatically packaged before entering labeling and palletizing sections.

LVT Flooring Manufacturing

For LVT factories, the system can help establish a continuous production flow from flooring processing to finished carton handling.

WPC Flooring

WPC flooring products can be automatically transferred, aligned, packed, sealed, and conveyed to downstream logistics equipment.

Laminate Flooring

Manufacturers producing laminate flooring can use the system to improve packaging repeatability and reduce manual carton operations.

PVC Flooring

The system can be customized for different PVC flooring dimensions, package heights, carton structures, and production capacities.

Wall Panels

Decorative wall panels and other rectangular panel products can also be handled with customized conveyors, positioning mechanisms, and packaging structures.

Building Material Boards

The system is suitable for selected building-material products that require automatic carton packing and downstream pallet handling.

Furniture and Decorative Panels

With customized engineering, the packaging concept can also be applied to engineered panels, furniture components, and similar rectangular products.

How It Works

1. Automatic Product Receiving

Products are transferred from the upstream manufacturing process to the packaging system through a synchronized conveyor.

2. Product Identification

Sensors detect the product position and confirm whether the incoming pack is ready for the next operation.

3. Automatic Alignment

The positioning unit aligns the product to ensure repeatable carton packaging.

4. Recipe Selection

The operator selects the corresponding product recipe through the HMI.

The PLC automatically loads the required operating parameters.

5. Carton Handling

Carton material is supplied or prepared according to the configured packaging structure.

6. Product Packing

The product enters the packaging section, where the carton is formed or folded around the product.

7. Adhesive Application

Hot melt adhesive can be automatically applied to the specified carton areas.

8. Folding and Closing

Mechanical folding units complete the required side and end folds.

9. Compression and Stabilization

Where required, the packed carton passes through a compression section to improve package shape and adhesive bonding.

10. Finished Carton Discharge

Completed packages are automatically transferred to the downstream conveyor.

11. Data and Equipment Coordination

The PLC can exchange signals with connected equipment such as labelers, inspection systems, palletizers, and pallet wrappers.

This creates a continuous packaging process rather than several disconnected individual machines.

Intelligent Control Features

HMI Recipe Management

Multiple product settings can be stored in the control system, helping operators switch between production formats more efficiently.

Production Status Monitoring

Operators can view machine status, operating speed, alarms, and production information through the HMI.

Fault Diagnosis

Alarm information can help maintenance teams identify abnormal machine conditions and reduce troubleshooting time.

Automatic Signal Coordination

The packaging system can exchange start, stop, ready, fault, and product-transfer signals with upstream and downstream equipment.

Adjustable Operating Parameters

Key machine settings can be adjusted according to different product and carton requirements.

Expandable Automation Architecture

Additional modules can be integrated according to future production requirements.

Main Benefits

Higher Packaging Efficiency

With a capacity of approximately 8-12 boxes per minute, the system supports continuous industrial production.

Reduced Manual Handling

Automatic conveying, alignment, carton processing, folding, and sealing reduce repetitive operator tasks.

More Consistent Packaging

Controlled movements and recipe-based parameters help improve packaging repeatability.

Fast Product Changeover

Stored recipes can simplify adjustment when factories manufacture multiple product specifications.

Better Production Line Coordination

Upstream and downstream communication helps reduce unnecessary waiting and product accumulation.

Scalable Automation

Manufacturers can integrate labeling, inspection, robotic palletizing, and pallet wrapping as part of the same automation concept.

Customized Engineering

Machine layout, conveyor direction, control logic, carton structure, and auxiliary modules can be adapted according to each project.

How To Choose an Intelligent Packaging System

Selecting the right packaging system requires evaluating more than machine speed.

1. Provide Product Dimensions

Confirm the minimum and maximum product dimensions.

The standard working range is:

• Length: 500-1000 mm

• Width: 300-600 mm

• Height: 25-80 mm

2. Confirm Package Weight

The weight of each carton affects conveyor design, positioning systems, and palletizing requirements.

3. Provide Carton Drawings

Carton drawings are important because folding sequence and sealing methods depend directly on the packaging structure.

Customers can provide:

• Carton drawings

• CAD files

• Packaging photos

• Physical carton samples

• Packaging videos

4. Define Required Capacity

The standard system operates at approximately 8-12 boxes/min.

Actual output should be evaluated according to product dimensions, carton complexity, upstream speed, and downstream logistics.

5. Identify Product Variations

If several flooring sizes are produced on the same line, provide a complete product specification list.

This allows the engineering team to evaluate recipe management and automatic adjustment requirements.

6. Confirm Existing Equipment

If the Intelligent Packaging System will be added to an existing factory, provide details about the upstream and downstream equipment.

Important information includes:

• Conveyor height

• Product orientation

• Production speed

• Communication interface

• Available installation area

7. Define Required Automation Level

Determine whether the project requires only carton packaging or a complete end-of-line system.

Optional functions may include:

• Automatic labeling

• Barcode scanning

• Vision inspection

• Weight checking

• Robot palletizing

• Automatic pallet feeding

• Stretch wrapping

8. Confirm Destination Electrical Standard

The standard voltage is 380V / 50Hz. Electrical configuration can be reviewed according to the destination country and factory standard.

Complete Smart Packaging Line Integration

The Intelligent Packaging System can serve as the core packaging station in a complete automated production line.

A typical configuration may follow this process:

Production → Inspection → Counting → Stacking → Intelligent Packaging → Labeling → Barcode Verification → Conveying → Robotic Palletizing → Pallet Wrapping → Warehouse

By integrating multiple machines under coordinated control, manufacturers can reduce intermediate handling and create a more efficient production environment.

For new factories, the complete packaging line can be planned according to target output, product range, floor space, logistics requirements, and future expansion.

For existing plants, the system can be engineered to connect with current equipment wherever technically feasible.

FAQ

1. What products can the Intelligent Packaging System handle?

The system is mainly designed for rectangular products such as SPC flooring, LVT flooring, WPC flooring, laminate flooring, PVC flooring, wall panels, decorative panels, and similar building-material products.

2. What is the packaging speed?

The standard system operates at approximately 8-12 boxes per minute. Actual speed depends on product dimensions, carton structure, sealing process, and line configuration.

3. Can different product sizes be stored in the HMI?

Yes. Different product parameters can be configured as recipes. This helps operators switch between product specifications with fewer manual adjustments.

4. Can the system connect with robot palletizing equipment?

Yes. The packaging system can be integrated with conveyors, labeling equipment, barcode scanners, inspection systems, robot palletizers, pallet conveyors, and stretch wrapping equipment.

5. What information is required for a technical proposal?

Please provide product dimensions, package weight, carton dimensions, carton drawings, required speed, production flow, factory layout, electrical standard, and required downstream automation. This allows us to prepare a more suitable configuration and quotation.