Design of Experiments for Injection Moulding
Goals of this Course:
Provides an overview of how to design an experiment
Explores various DOE techniques
Explains how to collect and analyze the data using real-world molding examples
Analyzes how data is used to characterize, optimize and troubleshoot an injection molding process
Explains common DOE terminology
Goals of this Course:
Provides an overview of how to design an experiment
Explores various DOE techniques
Explains how to collect and analyze the data using real-world molding examples
Analyzes how data is used to characterize, optimize and troubleshoot an injection molding process
Explains common DOE terminology
Goals of this Course:
Provides an overview of how to design an experiment
Explores various DOE techniques
Explains how to collect and analyze the data using real-world molding examples
Analyzes how data is used to characterize, optimize and troubleshoot an injection molding process
Explains common DOE terminology
Design of Experiments for Injection Molding was produced in cooperation with leading Design of Experiments (DOE) experts and provides an overview of how to design an experiment by explaining common terminology and teaching various design of experiment techniques, all in an injection molding environment. This comprehensive 3-lesson course provides everything you need to improve your molding processes with DOE techniques.
Recommended For: Setup Personnel, Foreman, Quality Control Personnel, Process Engineers, Production Supervisors, Molding Managers
Length: 3 Lessons – 5-6 Hours of Training
Language: English
Lessons Included:
Lesson 1 – Learning the Basics
Lesson 2 – Fractional Factorial Designs
Lesson 3 – The Taguchi Design Method and Various Modeling Designs
Please note your initial account activation will take 1-2 business days. You will receive an email with login details for your online training library. Please contact our team if you have any questions about accessing your new online training library.
