FDM excels at color printing thanks to a broad spectrum of colored filaments. For single‑color parts, choosing the right hue and material properties is all that’s needed. If you need more advanced color, such as a display model that faithfully reproduces the original artwork or a prototype that u

June has been a pivotal month for additive manufacturing (AM) in aerospace. Industry leaders are introducing new materials, technologies, and turnkey solutions that meet the sector’s rigorous standards. At the recent Paris Air Show, Stratasys showcased its FDM Fortus 900mc Production printer, demon

Additive manufacturing has made significant strides in the pharmaceutical sector, where 3‑D printers are now capable of producing tablet‑form medication. In this exclusive interview, we speak with Dr. Alvaro Goyanes, a pioneer at FabRx, about the origins of this technology, its current progress, an

At RP Platform, we’re passionate about concrete 3D printing. Though still emerging, pioneering research at institutions such as the University of Loughborough demonstrates the technology’s transformative potential. Whether fabricating entire buildings on site or producing intricate components in sp

In a high‑performance 3D‑printing environment, the right CAD platform is as critical as the printers themselves. While hobbyists can rely on free tools, commercial operations demand robust, feature‑rich software that delivers precision, interoperability, and a proven track record in manufacturing.

London‑based 3D printing software specialist RP Platform was announced as one of 14 global winners of the 2017 Impact Growth programme – an award that recognises the most promising high‑growth businesses worldwide. Impact Growth provides selected companies with capital, mentoring and tailored busin

Scale economies remain a cornerstone of manufacturing viability across all sectors. For years, the belief that additive manufacturing (AM) cannot match the cost efficiencies of traditional methods has restrained its adoption beyond prototyping. The common narrative claims that the cost of producing

Since Chuck Hull printed the first home‑made prototype over 30 years ago, plastics have dominated additive manufacturing. 3‑D printing with plastic filaments now enables rapid, high‑quality prototyping and, thanks to recent material and printer advances, the production of functional parts suitable

In today’s fast‑moving markets, additive manufacturing (AM) is emerging as a catalyst for operational agility and innovation. While the core advantages of AM—speed, cost‑efficiency, and design freedom—are widely acknowledged, recent breakthroughs in materials, tooling, and best‑practice workflows h

Whether you’re a hobbyist or a seasoned professional, 3D slicing software is the bridge between a CAD model and a tangible object. It converts complex geometries—from simple shapes to intricate medical or architectural designs—into a language your printer understands. Choosing the right slicer is c

Fused Deposition Modeling (FDM) remains the workhorse of 3D printing, favored by hobbyists, rapid‑prototype labs, and low‑volume manufacturers alike. In this concise guide, we unpack the science behind FDM and provide actionable tips to help you extract maximum performance from both your filament a

We’re conducting a concise survey to capture the real‑world challenges faced by additive manufacturing (AM) teams. Your feedback will pinpoint workflow gaps and guide industry best practices. All participants will receive a detailed report from RP Platform, summarizing the findings and outlining ac

Although many still associate 3D printing with single‑colour parts, achieving vibrant, full‑color SLS prints has never been easier. In this tutorial, we explore proven methods to produce vivid, durable colors for prototypes and production parts. Colouring SLS parts can be done during post‑processin

  Almost every professional in manufacturing has visited Spencer Wright’s blog or newsletter. As the head of research & partnerships at nTopology, Spencer brings decades of experience in metal additive manufacturing (AM) and conventional processes. He shared his journey, current workflow s

Achieving a successful print is only the first milestone in an SLS project. Once the part emerges from the printer, the post‑processing phase determines whether the final product looks professional and meets performance expectations. In this tutorial, we outline the key steps and best practices to

Support structures are often seen as a hurdle, yet when applied thoughtfully they unlock the full potential of additive manufacturing. From complex sports‑car front‑pieces to delicate prototypes, the right support design ensures flawless geometry, dimensional accuracy, and a smooth post‑processing

The University of Loughborough has been at the forefront of integrating additive manufacturing into construction for over a decade, leading the way with its pioneering 3D‑printed concrete process. Its School of Civil and Building Engineering collaborates closely with industry giants such as Skansk

At RP Platform, we’re preparing for an exciting half‑year of global events that showcase the latest breakthroughs in additive manufacturing. From innovators in Europe to pioneers in Asia and the Americas, these trade shows bring together manufacturers, researchers, and industry leaders to share kno

Manufacturers are increasingly turning to hybrid manufacturing—combining additive manufacturing (AM) with traditional methods—to achieve outcomes that neither can deliver alone. This shift is moving AM beyond a prototyping tool toward a staple of production workflows. While some predict AM will ult

Post‑processing is where a design truly comes to life, but it also introduces risks if not handled correctly. Below is a practical checklist that will help you protect yourself and your team throughout every AM project. 1) Verify Material and Chemical Specifications Before you begin, review the spe