The Digital Thread

Choosing to use ABS, polycarbonate (PC), or combining them is a popular way to get strong machined, printed, or moulded parts. There are a lot of similarities, but also some significant differences that might help you find just the right one for your parts.

In 2024, a joint survey from the Royal Aeronautical Society and Protolabs, revisited a 2023 questionnaire on the top concerns and issues for those in aerospace manufacturing. One year on, what were the fresh findings of this updated industry snapshot?

Choosing the best translucent material for your moulded parts isn’t always crystal clear. There are quite a few things to think about before making your final choice of materials and design.

These hard, versatile materials are perfect for use in projects that require high resistance to wear, abrasion, and chemicals.

Partnership between Protolabs and All Design Lab brings metal 3D-printed tennis racket to life

Every product designer and engineer dreams of creating parts that are free from defects first time round. In this blog, you'll learn how. Find out more

As with any industry, no matter how meticulous a processes is, it can still be subject to variations, and manufacturing is no different. Learn more.

ABS and polypropylene (PP) are strong contenders for many projects, but what are the differences?

Making nylon parts stronger isn’t difficult. All it takes is the addition of glass to your base material. Explore the pros and cons of glass-filled nylon.

If we want our product to be useful, fit for purpose, and marketable, we need to consider many factors, starting with its design. Whether you've identified a product need or a market gap, you'll want to ensure your end product is appropriate.

This blog explores some of the most common injection moulding defects, how to identify them, how problematic they are and how to prevent them.

Understand what benefits short run injection moulding can provide to product teams, such as reducing time to market and development costs.