Is Rotational Molding Right For You?
If you are considering creating a plastic product, then no doubt you’ve asked yourself: What is the difference between rotational molding, injection molding, and blow molding? How do they compare in cost per unit, lead times, design flexibility, product consistency, and up front costs? Which option provides the most flexibility for short lead times and complex geometries? How do these plastic molding methods differ, and how are they alike? These are common questions about plastic molding, so we decided to create a simple tool that can help you understand the differences and similarities in a an easy to understand way.
Injection Molding | Roto Molding | Blow Molding | |
---|---|---|---|
Large Industrial Parts | |||
Design Flexibility | |||
Uniform Wall Thickness | |||
Thick Structural Wall | |||
Complex Geometries in Single Seamless Part | |||
One Piece Hollow Parts | |||
Stress Free, Low Pressure Properties | |||
Short Lead Times | |||
Stone-effect Colours | |||
Load-Bearing Properties | |||
Molded-in Inserts | |||
Molded-in Graphics | |||
Cost of Tooling | |||
Price per Unit (Short Run) | |||
Price per Unit (Extended Run) |
Conclusion?
The conclusion of the matter is this: plastic is incredibly flexible in its application, and no doubt a great solution for your business. But which process is best depends very much on your particular business needs and the nature and complexity of the parts you need. For example; if your product is complex and your require smaller runs per order, then Rotational Molding is right for you. If you are not concerned with large up front tooling costs and need larger runs per order, then injection molding or blow molding may be right for you. Confused? Give us a call, we can help!