Injection Moulding Design Guide
Injection Moulding Design Guide:
How to Design Parts for Quality & Cost Efficiency
Designing parts suitable for injection moulding can be complex. Small details in the design often have significant impact on both quality and cost of the final parts.
Injection moulding can produce an enormous range of shapes and forms, only limited by your imagination.
By focusing on Design for Manufacturing (DFM) from the initial design phase ensures we can reach the optimal solution for your parts. We find that the most effective way to design parts for injection moulding is using a tooling-focused approach. This enables the form and function of the parts to achieved whilst optimising the cost and quality of your parts throughout the injection moulding process.
By focusing on Design for Manufacturing (DFM) from the initial design phase ensures we can reach the optimal solution for your parts. We find that the most effective way to design parts for injection moulding is using a tooling-focused approach. This enables the form and function of the parts to achieved whilst optimising the cost and quality of your parts throughout the injection moulding process.
In this injection moulding design guide, we share our 30+ years of experience in designing parts for injection moulding, enabling you to understand what the design process involves and help you to design your own parts.
In this guide we will cover:
- What is injection moulding?
- Injection moulding tooling and how it’s made
- A step-by-step guide for designing injection moulded parts
By the end of this guide, you should have a good understanding of how to design parts for injection moulding.
At AAV Plastics we know that designing for injection moulding can be tricky. We offer free expert advice and design reviews. We also offer plastics design services at any point throughout your development process.
Get in touch!
Contact AAV Plastics for expert injection moulding design support.