28kW Intelligent Packaging System for 500-1000mm Industrial Products

Product Summary

The Intelligent Packaging System is a complete end-of-line solution for manufacturers requiring automatic handling and packing of regularly shaped industrial products. It is designed for products with lengths of 500-1000mm, widths of 300-600mm, and total packed heights between 25 and 80mm.

The system operates at approximately 8-12 boxes per minute, with an installed power of 28kW and a standard electrical specification of 380V / 50Hz.

Rather than focusing on a single packing action, the Intelligent Packaging System is designed around the complete product flow, including infeed, alignment, organization, packaging, and finished-box discharge. This makes it particularly suitable for manufacturers looking to improve overall line automation and create a scalable end-of-line production structure.

Product Overview

The 28kW Intelligent Packaging System for 500-1000mm Industrial Products provides an integrated approach to automatic product packing. It is suitable for factories producing flat or rectangular products that require continuous and repeatable packaging at the end of the manufacturing process.

The system handles product lengths from 500 to 1000mm, widths from 300 to 600mm, and package heights from 25 to 80mm. Its working capacity of 8-12 boxes/min allows it to support a wide range of medium and high-volume production environments.

With a 28kW installed power configuration and 380V/50Hz supply, the system can be incorporated into new manufacturing lines or used as part of an existing automation upgrade.

Conveyor arrangement, product grouping, downstream interfaces, and installation layout can be customized according to the customer's product and factory conditions.

Cause – Why an Integrated Packaging System Matters

Packaging efficiency is influenced by much more than the speed of one machine.

In many plants, products move through several separate operations before reaching the final box. If these processes are not coordinated, delays can occur between each stage.

Common problems include:

• Products waiting between production and packaging

• Manual transfers between several workstations

• Inconsistent spacing between products

• Different packing quantities

• Poor coordination between upstream and downstream equipment

• Excessive floor space occupied by temporary storage

• Frequent manual intervention

• Difficulty adding automatic labeling or palletizing later

These problems often appear when each section of the packaging area is considered separately.

An integrated system approach helps manufacturers optimize the entire product flow.

Solution – Complete Intelligent Packaging Workflow

The Intelligent Packaging System organizes different packaging operations into one continuous process.

Finished products enter from upstream equipment and are automatically transferred to the positioning section.

After alignment, the system prepares the correct number of products according to the packaging specification. The grouped products are then transferred into the packaging section.

Once the package is completed, the finished box is automatically discharged and can continue directly to another automation module.

Standard technical range:

• Length: 500-1000mm

• Width: 300-600mm

• Height: 25-80mm

• Packing Speed: 8-12 boxes/min

• Installed Power: 28kW

• Voltage: 380V / 50Hz

The complete design can also consider interfaces for conveyors, labeling equipment, coding systems, inspection, palletizing, or warehouse transfer.

Specifications

Final system design is based on the actual product, package construction, production speed, and installation environment.

Application

Flooring Production Plants

The system can support suitable flooring lines where products require automatic collection and packing after production.

Panel and Board Manufacturing

Decorative boards, wall panels, and related products can be organized and packed using an integrated workflow.

Construction Material Production

Standard building and decoration products can be packed automatically to improve consistency and reduce manual product movement.

Interior Product Manufacturing

Flat interior products and furniture-related components may also be suitable after technical evaluation.

High-Volume Industrial Manufacturing

Any production process with standardized dimensions and repeated packaging requirements may benefit from an Intelligent Packaging System.

How It Works

Stage 1 – Upstream Connection

Products are transferred directly from the manufacturing line into the packaging system.

Stage 2 – Product Management

The system controls product direction, position, and spacing before grouping.

Stage 3 – Group Formation

Products are collected into the required quantity for one package.

Stage 4 – Packaging

The prepared product group moves into the automatic packing section.

Stage 5 – Finished Box Handling

The completed package is transferred out of the system without requiring repeated manual handling.

Stage 6 – Downstream Interface

Finished boxes can continue to labeling, inspection, palletizing, or warehouse transport equipment.

The result is a more continuous and manageable production flow.

How To Choose an Intelligent Packaging System

Because an intelligent system includes multiple process stages, careful project evaluation is essential.

Step 1: Define All Product Specifications

Provide minimum and maximum dimensions for every major product type.

Step 2: Confirm Package Quantity

Tell us how many pieces are packed into one box and the total final package height.

Step 3: Determine Production Capacity

Compare the required 8-12 boxes/min output with the maximum speed of your production line.

Step 4: Provide Packaging Design

Box drawings, packaging samples, and existing package photos help determine the correct packing method.

Step 5: Review the Product Flow

Provide a simple diagram showing how the product currently moves through the factory.

Step 6: Identify Downstream Requirements

Confirm whether boxes need labeling, coding, inspection, stacking, or palletizing.

Step 7: Check Installation Environment

Workshop layout, floor space, conveyor height, and access requirements should be provided.

Step 8: Confirm Power Standard

The standard system is designed for 380V / 50Hz. Alternative specifications can be evaluated according to local requirements.

Advantages of an Integrated Packaging System

A complete Intelligent Packaging System can offer several benefits compared with independent manual workstations.

Better Production Coordination

Product flow between upstream production and downstream handling becomes easier to control.

Reduced Manual Handling

Operators can focus less on repetitive product movement and more on line supervision and quality control.

More Consistent Packaging

Automated processes help standardize product grouping and package presentation.

Easier Factory Expansion

The system can be planned with future labeling, inspection, or palletizing requirements in mind.

Improved Space Utilization

A coordinated conveyor and machine layout can reduce unnecessary intermediate storage areas.

More Predictable Output

A stable 8-12 boxes/min packaging cycle makes production planning easier.

FAQ

1. What is included in an Intelligent Packaging System?

The exact scope depends on the project, but the system can cover product infeed, positioning, grouping, packaging, discharge, and interfaces with downstream automation equipment.

2. What product sizes are supported?

The standard operating range is 500-1000mm in length, 300-600mm in width, and 25-80mm in packed height.

3. Can the system be added to an existing factory?

Yes. Existing line integration can be evaluated according to production flow, available space, conveyor positions, and electrical requirements.

4. Can downstream automation be included?

Interfaces for labeling, printing, inspection, palletizing, and other equipment can be considered according to project requirements.

5. How do I obtain an accurate quotation?

Please send complete product specifications, packaging requirements, target production speed, package drawings, factory voltage, and workshop layout.

Build a More Efficient Packaging Line

If your factory is planning to improve end-of-line automation, an Intelligent Packaging System can help connect product handling, packaging, and downstream processes into a more organized workflow.

Send us your product dimensions, package format, required boxes per minute, and factory layout. Based on your information, we can evaluate the suitable system arrangement and provide a customized proposal.