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Stay Ahead with Expert Insights, Innovations, and Industry Trends in 3D Printing Technology.

5 Industries Benefiting Most from Industrial 3D Printing

Manufacturers are increasingly asking whether 3D printing has reached the point where it can replace injection moulding. The short answer is yes, in some situations. In others, injection moulding remains the clear choice. The challenge is that many comparisons focus on the technologies themselves rather than the manufacturing requirements. Production volume, lead time, tooling investment, material selection, design complexity and product lifecycle all influence which process delivers the best result.

Can 3D Printing Replace Injection Moulding? Here’s When It Can and Can’t

Manufacturers are increasingly asking whether 3D printing has reached the point where it can replace injection moulding. The short answer is yes, in some situations. In others, injection moulding remains the clear choice. The challenge is that many comparisons focus on the technologies themselves rather than the manufacturing requirements. Production volume, lead time, tooling investment, material selection, design complexity and product lifecycle all influence which process delivers the best result.

Choosing the Right 3D Printing Technology: SLS vs MJF vs SLA Explained

Selecting the right 3D printing technology can have a significant impact on the quality, cost and performance of your finished parts. While technologies such as Selective Laser Sintering (SLS), Multi Jet Fusion (MJF) and Stereolithography (SLA) all fall under the umbrella of additive manufacturing, they each offer distinct advantages depending on your application.

Engineering Safety into Every Component in High‑Dust Manufacturing

In high-dust manufacturing, a single static discharge can turn routine operations into a serious safety risk. That’s why engineers are moving beyond material swaps and designing ESD protection directly into components. With ESD-safe additive manufacturing and materials like SinterWorx G4, teams can reduce static build-up, improve durability, and engineer safer production environments from the ground up.

Graphite Additive Manufacturing Partners with Cranfield University for IMechE UAS Challenge 2025

Graphite Additive Manufacturing partnered with Cranfield University for the IMechE UAS Challenge 2025, 3D printing a lightweight, durable fuselage that delivered design freedom, weight savings, and faster turnaround—giving the team a competitive edge in drone innovation.

Delivering on Time: How Graphite Additive Manufacturing Keeps Your Projects Moving Forward

In the fast-paced world of design and engineering, even minor delays can disrupt progress. At Graphite AM, we’re dedicated to keeping all projects on track with rapid high-performance 3D printing solutions. From one-off prototypes to full production runs, our streamlined process ensures your parts are delivered quickly - without ever compromising on quality.

Disadvantages of 3D Printing: A Motorsport Manufacturer’s Honest Guide to Perfect Parts

From aerospace to electronics, 3D printing ability to create complex, customised part components with speed and precision is a genuine game-changer. Yet, like any technology, it comes with trade-offs. This article takes a balanced look at the strengths and limitations of 3D printing, helping you decide whether additive manufacturing or traditional methods will deliver the best results for your project.

Exploring Vapor Smoothing for 3D printing

From sealing porosity and boosting mechanical properties to achieving injection-moulded-like finishes, vapor smoothing unlocks new functionality and aesthetic appeal for 3D parts. How is this game-changing technology redefining what’s possible in additive manufacturing?

F1’s Race to Net-Zero: Fuelled by Additive Manufacturing, Powered by Innovation

With a net-zero carbon target for 2030, the Motorsport is rethinking every aspect of engineering, from fuels to materials, to build a cleaner, more efficient future. We’re thrilled to play a part in this transformation by delivering lighter, waste-reducing components with advanced 3D printing technologies.