The Markforged booth stood out as one of the most visited at formnext, drawing crowds eager to experience the new Metal X 3D printer and the full range of industrial systems. Following our feature of Markforged as a top technology highlight, we spoke with Ibraheem Khadar, Project Manager, about the

The debut of ACEO®’s multi‑material silicone 3D printer at formnext last month marked an exciting new milestone for the company. ACEO®, a spin‑off of Wacker Chemie AG and a long‑time partner of AMFG, has been driving the silicone 3D‑printing revolution since unveiling the world’s first 3‑D‑printed

2017 marked a milestone year for industrial 3D printing, with high‑profile partnerships and expanding use cases. As 2018 unfolds, what trends will dominate the next 12 months? Below we outline six key developments shaping the industry.   1. Industrial 3D Printing Becomes Mainstream Recent har

Updated: September‑December 2018 events now included. Although 2018 has barely begun, the additive manufacturing calendar is already in full swing. From the buzz of CES in Las Vegas to the inaugural 3D Printing Medical Conference in the Netherlands, the sector is poised for rapid growth. With dozen

As Industry 4.0 reshapes the manufacturing landscape, many companies are expanding beyond traditional processes to offer additive manufacturing (AM) services. However, pricing both traditional and AM parts—and their post‑processing—remains a complex challenge. What does this convergence mean for yo

Image: Carbon’s M2 3D Printer [Source: Carbon] Paragon Rapid Technologies, a leading 3D‑printing specialist and long‑time AMFG customer, has joined forces with Carbon to introduce its proprietary Digital Light Synthesis (DLS) technology to the UK. This partnership marks Paragon’s first UK produc

3D printing has long been a staple in architectural modeling, but its potential extends far beyond. By allowing designers to fabricate accurate, tangible prototypes, the technology enables iterative testing, client visualization, and rapid proof‑of‑concept development across a variety of complex pr

While 3D printing continues its ascent as a full‑scale production technology, it remains an indispensable tool for rapid prototyping. Its unmatched speed, versatility, and affordability enable designers to bring visionary concepts to life faster than traditional manufacturing methods. Even as addit

The medical field is a hotbed for additive manufacturing, with 3D printing becoming an indispensable tool in both education and clinical practice. A milestone in this rapidly evolving landscape occurred in July when surgeons at Shanghai Changzheng Hospital successfully used a 3D printer to fabricat

Every high‑quality 3D printed part—whether a prototype, a display model, or an industrial component—depends first on the quality of its material. For metal 3D printing, this is critical because aerospace, defence, and automotive parts must meet stringent performance and safety standards. Because me

For years the idea of printing living tissues with 3D printers has captivated scientists and the media alike. Bioprinting— the use of additive manufacturing to build functional biological structures— is the cutting‑edge technology that could transform medical research and transplantation. Unlike c

In our latest discussion on additive manufacturing for space, we highlight Made in Space’s pioneering Archinaut system. While the International Space Station already employs an on‑board SLS printer, Archinaut takes it a step further by enabling astronauts to 3D print plastic parts directly in the v

3D printing technology, its software ecosystem, and associated processes are evolving at a pace that reshapes manufacturing. This rapid advancement is a key element of the broader shift toward Industry 4.0—a framework that integrates automation, real‑time data exchange, and intelligent decision‑mak

Germany’s metal powder specialists, H.C. Starck, have unveiled their latest line of gas‑atomized powders—AMPERPRINT®—crafted with metal 3D printing at the forefront. The portfolio spans nickel, cobalt, and iron‑based blends, and even offers custom formulations for niche fields such as medical impla

In this interview, Dr. Billy Wu of Imperial College London explores how 3D printing is transforming research, teaching, and entrepreneurship, and reveals his teams breakthrough metal printing technology.   Was there a specific moment where you decided 3D printing was something you wanted to pu

Recent breakthroughs in 3D‑printing polymers have unlocked new possibilities for industries that demand precise mechanical and chemical properties—medical devices, aerospace components, and defense gear, to name a few. These high‑performance materials now also enable the creation of professional‑gr

While 3D printing has already revolutionized sports equipment, its rapid manufacturing capabilities are now carving a niche in the fashion industry. From custom shoes to high‑performance apparel, designers are leveraging this technology to create garments that blend aesthetics with functionality. B

When exploring 3D modelling and printing, high‑end software isn’t the only path to success. A number of free, feature‑rich CAD applications deliver professional results suitable for industrial workflows, education, and rapid prototyping. These tools can help introduce 3D printing into a manufacturi

Russian Astronauts Successfully Deploy First Fully 3D‑Printed Satellite from the ISS In a milestone for additive manufacturing in space, Russian cosmonauts launched the Tomsk‑TPU‑120—a lightweight, engine‑less satellite—directly from the International Space Station (ISS) using a handheld powder‑bas

A Revolutionary Approach to Metal 3D Printing Recent coverage of Dr. Billy Wu’s work at Imperial College London highlighted a breakthrough in metal additive manufacturing. The team has engineered a desktop printer that integrates electroplating‑like chemistry with traditional 3D printing, deliverin