The Digital Thread

Compare MJF and industrial FDM to select the best additive manufacturing process for functional prototypes and production parts

Discover how 3D printed anatomical models help healthcare teams visualise anatomy, improve training, and prepare for procedures.

How additive manufacturing helps create custom medical tools faster and more efficiently.

How to design parts that perform under load while maintaining a refined, customer-ready finish.

With advanced Multi Jet Fusion technology, engineers can build lighter parts for drones.

Here we take a brief look at selective laser sintering advantages and disadvantages to see if it could be the right choice for you.

Learn about the various types of 3D printing technologies available for rapid prototyping and production parts and how to choose the best one for you.

Discover the key advantages and disadvantages of stereolithography (SLA) 3D printing, including accuracy, materials, costs, and design considerations.

Discover the strongest 3D printing filaments, from carbon fibre nylon to high-temp ULTEM, and how to choose the right material.

A side-by-side guide to two of the most popular 3D printing materials, what they do best, and how to choose between them

Engineers and designers often face this decision when prototyping or producing complex metal parts. Each process comes with strengths and limitations. This guide breaks down the differences, from materials and surface finishes to cost, speed, and complexity, so you can choose the method that best fits your needs.

See our recommendations for selecting 3D printing materials that are best suited to rapid prototyping. Find out which materials are most durable, cost-effective and commonly used to validate various types of products.