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Plastics Mold Design eLearning | Blow & Injection Molding Training

Model Name: Plastics Mold Design Multimedia

Model Number: M11304

Learning Topics

  • Basic Injection Mold Design
  • Advanced Injection Mold Design
  • Plastics: Part Design and Material Selection
  • Basic Blow Molding Design

The Plastics Mold Design training course introduces basic injection mold design including injected mold sprues and runner systems and injection mold gates and mold vents. Advanced concepts taught include mold material and construction, multi-cavity molds, unbalanced multi-cavity molds, inserts in injection molds, and undercuts in injection molds. Learners will cover additional concepts in part design and material selection, thermoplastic molding materials, and blow molding design including materials and advanced design. These concepts provide an overview and cover a broad range of plastic mold design functions and operations.

What is the Process for Injection Molding?

An injection molding process is used to create solid part shapes from plastics material. A molding operation can create many complex parts less expensively than by using material removal methods, such as milling or turning. The injection molding process is performed by injection molten plastics into a mold. A mold contains a cavity, or hollow area, in the shape of the finished product. The mold consists of two or more pieces that can be separated to remove the plastics part. An injection mold can have several components, depending on the complexity of the part to be created. (There are seven common components of an injection mold: mold base, guide pins, sprue brushing (sprue), runners, gates, cavity, and vents.)

Plastics Mold Design Training Features World-Class, Engaging Multimedia Curriculum

Amatrol’s extensive, thorough multimedia covers design process basics such as plastic molds. Interactive screens paired with instructive graphics teach an array of design topics from mold design to material selection. Learners can then apply this theoretical knowledge to immediate hands-on skills. For example, learners study mold inserts and then use CAD/CAM to design their own mold insert. This combination of theory and practice ingrains concepts in a learner’s mind and makes more advanced topics easier to comprehend.  (References 94-DFM3)

Key Features

  • Strong Depth and Breadth of Content
  • Engaging Interactions
  • Stunning 3D Animations
  • Text and Audio
  • Built for Self-Paced Learning

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