Packaging Box Abnormality Analysis Report

Ensuring product quality in large-scale packaging production requires rigorous monitoring, continuous improvement, and cross-departmental collaboration to ensure optimal results. The GH6581 Packaging Box Abnormality Analysis Report documents the issue encountered, the corrective measures taken, and the lessons learned by YUTO Technology in its commitment to quality assurance.

Improvement Team Members

To tackle the issue, a cross-functional improvement team was formed, bringing together expertise from marketing, quality, production, engineering, and PMC departments.

Name

Department

Position

Remark

Huang Yanrong

Marketing Dept.

Deputy Manager, Business

 

Cao Xu

Quality Dept.

Quality Manager

 

Fang Yan

Quality Dept.

Section Chief, Quality

 

Gan Yonghong

Production Dept.

Production Manager

 

Ren Jinna

Quality Dept.

QC Team Leader

 

Huang Bijun

Quality Dept.

QE Engineer

 

Zhang Tiesheng

Production Dept.

Deputy Manager, Production

 

Li Pingjiang

Engineering Dept.

Deputy Manager, Engineering

 

Li Xiulan

PMC

Order Follower

 

Zhang Gang

Production Dept.

Section Chief, PE

 

Zhang Dahua

Production Dept.

Section Chief, Production

 

Problem Description

A detailed review of the abnormality identified in the GH6581 Packaging Box project is summarized below.

Item

Details

Occurrence Date

2024.08.07

Material Part Number

286729826

Occurrence Location

Maidu

Defect Rate

60%

Project Name

GH6581 Packaging Box

Material Production Site

Suzhou YUTO

Project Stage

■ Mass Production

Abnormal Process Stage

■ IQC

Abnormal Issue Description

On 2023.03.21, Maidu IQC reported GH6581 packaging box (Part No: 286729826), incoming quantity 1040 pcs, with a defect rate of 60%. Main defects included glossy print on the box sleeve and misaligned corner lines on the inner box.

Interim Action (围堵对策)

Immediate containment measures were taken to isolate and rework defective units while minimizing client impact.

Location

Q’ty

How to Deal With

Result

Date

Remark

Internal In-Process

-

-

-

-

-

Internal Inventory

800 pcs

Isolated & Reworked

-

08/09

-

In Transit

-

-

-

-

-

Client In-Process

-

-

-

-

-

Client Inventory

1040 pcs

On-site rework arranged

Rework completed

08/09

-

Packaging Full Production Flow Chart

The packaging production process involves several steps. The following stages were identified as defective processes:

  1. Inner Box Die-cutting and Waste Removal

  2. Inner Box Gluing and Forming

  3. Assembly and Full Inspection

  4. Packing

  5. Shipment

Cause Analysis

Corner Line Misalignment

  • Root Cause: During the corrugated paper mounting process of the inner box, misalignment occurred. Although the die-cutting machine was adjusted correctly, defective products were mixed with good ones and defects appeared after cutting.

  • Outflow Reason: Assembly workers overlooked the misalignment, and final inspection along with OQC failed to detect the issue, leading to shipment of defective products.

Glossy Print on Box Sleeve

  • Root Cause: Friction between the box sleeve surface and copy paper during transportation resulted in glossy marks.

  • Outflow Reason: Neither final inspection nor OQC identified the glossy print defects, which were subsequently delivered to the client.

Improvement Actions

YUTO Technology implemented immediate and long-term improvement measures to eliminate recurrence.

No.

Improvement Action

Execution Date

Responsible (DRI/ETA)

Remark

1

Train machine leaders and operators to ensure consistency in size, position, and direction during corrugated mounting. On-site inspectors to strengthen sampling checks.

08.08

Zhang Dahua

Completed

2

Require 100% inspection of inner box corrugated semi-finished products before assembly.

08.08

Zhang Dahua

Completed

3

Evaluate adding a PE bag per product to reduce friction. Adjust outer carton size slightly to reduce shaking during transport.

08.08

Zhang Dahua / Ren Jinna

Completed

4

Conduct meeting to communicate client feedback. Train assembly personnel on glossy print and corner misalignment defects.

08.08

Tan Sizai

Completed

Conclusion

The GH6581 Packaging Box Abnormality Analysis demonstrates the importance of robust IQC, final inspection, and preventive packaging design. Through targeted training, enhanced inspection procedures, and packaging adjustments, YUTO Technology successfully contained the issue and prevented further client impact.

This case reinforces the company’s commitment to continuous improvement, customer satisfaction, and zero-defect delivery in the packaging industry.

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