Lean Six Sigma for Injection Molders

Teacher USQC
Categories Lean Six Sigma, Quality
Students 3 (Registered)
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Jun

Purpose

The purpose of this Course is to provide a demonstration of the application of techniques for Lean Six Sigma for improvement of the injection molding processes in an injection molding small and medium sized enterprise (SME).

Design/methodology/approach

A critical to quality characteristic (CtQ) which is connected to assembly problems is the subject of investigation. The CtQ is not directly measurable. The variation in a dimension of a product, which is correlated to the CtQ, is studied using design of experiments (DoE) and Taguchi methods. A two-cavity mold is used in the injection molding process. To evaluate the robustness of the process using signal-to-noise analysis, the data were transformed to compensate for the systematic differences between the mold cavities.

Findings

The initial results showed that finding optimal process parameter settings commonly valid for both cavities was impossible. After a modification of the mold, the experiments were rerun and optimal settings could be found.

Practical implications

Applying DoE techniques in small and medium-sized injection molding companies is far from common practice. This case study demonstrates a method to apply DoE with five process parameters which can serve as a standard method to prepare production when a new mold is used for the first time.

Originality/value

The originality is connected to the combination of the applied methods and, in the context of the case study, carried out in an SME unfamiliar with the power of the applied methods. The value of the paper is to demonstrate the power of the most powerful technique in quality engineering to improve an injection molding process within the context of SMEs. The authors would accentuate the point that the true power becomes visible when this powerful technique is introduced into an organization with very little understanding of the technique. In addition, the case study is valuable to practitioners because it proposes a new scientific and systematic approach to understand and optimize the start-up of the molding process.

Course Content

Total learning: 32 lessons Time: 12 weeks

Downloadable Materials
- Lecture1.1
  
  Downloadable Materials
Inroduction
- Lecture2.1
  
  Intro to INJECTION MOLDING
- Lecture2.2
  
  ABOUT MOULD.
- Lecture2.3
  
  FEEDING SYSTEM
- Lecture2.4
  
  MOLD FLOW ANALYSIS
- Lecture2.5
  
  PLASTIC PRODUCT DESIGN
Plastic Process and Processing Parameter
- Lecture3.1
  
  Parameters of Plastic Process
- Lecture3.2
  
  BLOW MOULDING PROCESS FOR PLASTIC PROCESSING
POLYMERS: PLASTICS AND RUBBER
- Lecture4.1
  
  PLASTIC
- Lecture4.2
  
  Plastic Products
- Lecture4.3
  
  Types Of Plastics
- Lecture4.4
  
  Manufacturing Of Plastic
- Lecture4.5
  
  Recycling Plastic
- Lecture4.6
  
  Rubber
- Lecture4.7
  
  Synthetic Rubber
- Lecture4.8
  
  Properties of Rubber
Lean Six Sigma for Injection Molders
- Lecture5.1
  
  Lean Six Sigma for Injection Molders
- Lecture5.2
  
  Part Design
- Lecture5.3
  
  RADIUS
- Lecture5.4
  
  Developing a Setup Sheet Prior to Cutting Steel
- Lecture5.5
  
  Our Potential Molding Machine
- Lecture5.6
  
  Tool Transfer Methodology 1
- Lecture5.7
  
  Tool Transfer Methodology 2
- Lecture5.8
  
  Implementation for Success
- Lecture5.9
  
  Robust Molds
- Lecture5.10
  
  Actual Machine
- Lecture5.11
  
  Material Processing
- Lecture5.12
  
  RIGOROUS MOLD Transfer
- Lecture5.13
  
  Other Items to Consider
Plastic Molding Defects
- Lecture6.1
  
  PLASTIC DEFECTS
PART DESIGN GUIDELINE
- Lecture7.1
  
  Mold Design
- Lecture7.2
  
  Design Guidelines Injection molding

Instructor

USQC

USQC is the leader organization providing training, consultative services, and third-party certifications and audits. In many industries we are the experts you need (i.e. Oil

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Lean Six Sigma for Injection Molders

Purpose

Design/methodology/approach

Findings

Practical implications

Originality/value

Course Content

Downloadable Materials

Inroduction

Plastic Process and Processing Parameter

POLYMERS: PLASTICS AND RUBBER

Lean Six Sigma for Injection Molders

Plastic Molding Defects

PART DESIGN GUIDELINE

Instructor

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