Injection Molding
Reference Guide
Materials, Design, Process Optimization,Troubleshooting and Other Practical Information from the Experts at Routsis Training
Plastics is a sophisticated and diverse discipline. To excel, you need a good grasp of a wide range of concepts and data.
That’s what this Injection Molding Reference Guide is all about. Designed as both a starting point for entry-level personnel and a refresher reference for experienced professionals, this guide is packed with practical information built on Routsis’s 30-plus years of plastics training and consulting success.
• The science of plastics processing
• Materials and properties
• Part and mold design basics
• Process optimization
• Scientific troubleshooting
While we hope you find this information useful, it should not be considered a substitute for continuous training. Techniques and technologies are advancing rapidly throughout the industry, which is why top-performing professionals turn to Routsis to keep enhancing their skills.
We invite you to further explore the topics covered in this guide through the comprehensive array of online training programs we provide at www.traininteractive.com.
Read the Injection Molding Reference Guide
Part 1. Understanding Plastics
Plastics is a sophisticated and diverse discipline. To excel, you need a good grasp of a wide range of concepts and data. That’s what this Injection Molding Reference Guide is all about.
Part 3. Properties, Additives, & Preparation
The safe continuous heat resistance temperature of plastics is an important factor in many applications.
Part 4. Establishing a Scientific Molding Process
Heat resistance. Although a polymer like PTFE has a high heat resistance temperature of 550°F it lacks most of its mechanical properties at that point.
Part 5. Seven Steps to Scientific Troubleshooting
Ultimately, good troubleshooting is just an extension of good processing. The more effectively you process and document, the more efficiently you will troubleshoot when non-conformances occur.
Part 6. Defects
Insights about defects, from visual, dimensional, material defects to poor color distribution.
Part 7. Basic Mold & Part Design Guidelines
Plastic parts and injection molds require many design consider-ations to meet the expectations of the consumer. The following plastic part and mold design rules should be taken into consideration when designing either a part or mold.
Part 8. Units and Conversions
Metric is the most common form of measurement used worldwide and is based on a system of tenths.
Part 9. Frequently Used Calculations
Detailed insights about frequently used calculations.
Part 10. The Importance of Training
Training is one of the hottest topics being discussed by managers throughout the plastics industry. To be competitive in today’s lean global marketplace, companies must continue to produce quality parts with a minimal number of skilled employees.