Introduction 3D printing creates parts by building up objects one layer at a time. This method offers many advantages over traditional manufacturing techniques (for example CNC machining), the most import

Introduction Choosing the right type of material to print a given object is becoming increasingly difficult, as the 3D Printing market sees the regular emergence of radically new materials. In FDM 3D Prin

Introduction Additive manufacturing (sometimes referred to as rapid prototyping or 3D printing) is a method of manufacture where layers of a material are built up to create a solid object. While there are many different 3D printing technologies this article will focus on the general process fro

If a 3D print ends up with unwanted flat spots or jagged curves, the problem is almost always the STL file’s resolution, not your printer. You’re not the only one who has encountered this. We’ve received many questions from new users about faceted surfaces on their prints. To help everyone achieve

Nearly 1,000 schools and universities worldwide rely on Markforged solutions. Our 3D printing systems are integral to academic programs, research labs, and makerspaces.In this article we explore how 3D printing transforms education, the strategic advantages for academic institutions, the expanding l

Why use Eiger Fleet? Eiger Fleet empowers organizations to elevate their additive manufacturing (AM) operations through advanced cloud control, integrated workflows, and enterprise‑grade security. Operational efficiency & visibility – role‑based access ensures the right people

3D printing has revolutionized manufacturing by enabling rapid, cost‑effective production of complex metal parts. When implemented correctly, metal additive manufacturing accelerates time‑to‑market, cuts costs, and replaces cumbersome workflows.Business Benefits of Metal 3D PrintingMetal 3D printing

Metal 3D printing has matured rapidly, moving beyond initial hype to become a scalable, reliable production method. Its ability to produce strong, complex parts now supports diverse industrial applications. All metal additive manufacturing techniques rely on powder‑based feedstock and a high‑energy

Choosing the right metal 3D printing technology is essential for achieving optimal performance and cost‑efficiency. While all metal additive processes start with a powdered feedstock and a high‑energy conversion step, each method transforms powder into solid parts in a distinct way. In this guide we

Metal fused filament fabrication (FFF) is the most accessible, easy‑to‑use, and affordable metal 3D printing technology. Industries such as aerospace and automotive already rely on Metal FFF to produce functional parts with speed and precision.Metal FFF follows a three‑step workflow—print, debind, a

We’re thrilled to announce that Markforged University, our flagship additive manufacturing training program, is now available entirely online. Markforged has long been celebrated for its industry‑leading AM hardware, and we’re equally committed to ensuring our customers possess the expertise to harn

CRN® has honored Markforged’s X7 Turbo Print with the 2020 Tech Innovator Award for best 3D‑printing innovation. The X7 is an industrial‑grade printer featuring a dual‑nozzle system that deposits continuous fibers—carbon fiber, fiberglass, or Kevlar—into

Introducing Onyx ESDWe are thrilled to unveil Onyx ESD, a breakthrough material that brings true ESD safety to digital manufacturing. After rigorous testing and refinement, this static‑dissipative variant of our award‑winning Onyx is ready to help electronics makers print tooling, fixtures, and end‑

2020 did not unfold as many of us had imagined. Amid bushfires, a global pandemic, and an unprecedented economic shock, the year tested our agility and collective resolve. Yet it also illuminated the extraordinary capacity of people and technology to adapt, collaborate, and innovate under pressure.

When 3D printing first emerged, many questioned its practical viability. Today, rapid advancements have brought high‑end industrial units down to the $1,000 range, comparable in performance to the $50,000 machines of ten years ago. To unlock the full value of additive manufacturing, users must disti

Charles Lu, an Application Engineer at Markforged HQ in Watertown, MA, explores the evolving landscape of 3D printing. When he isn’t pushing the limits of additive manufacturing or dissecting material science, he’s hiking, biking, or hunting for the next culinary adventure.Over the past decade, hobb

What do a house, a coral reef, skin cells, and a cutting saw have in common?They all have been 3D printed. 3D printing is accelerating innovation across sectors—from dentistry and eyewear to prosthetics, furniture design, archaeology, paleontology, and forensic science. Were just scratching the sur

At Markforged, our mission is to reinvent manufacturing. We obsessively focus on innovation at the intersection of precision engineered hardware, strong materials, and intelligent software. Our unique combinati

Over the past four decades, 3D printing has evolved from bulky, high‑cost prototypes to sleek, desktop‑size machines that fit on a desk. Today’s additive manufacturing ecosystem is built on a foundation of reliable, high‑performance printers and the software that brings digital designs to life. Wh

As the coronavirus pandemic surged globally, the additive manufacturing community rallied to meet critical shortages. Markforged, headquartered in a region heavily impacted by COVID‑19, has leveraged its expertise to supply life‑saving medical components—nasal swabs, face guards, and more—through a