With over a decade of hands‑on experience in industrial 3D printing, we’ve distilled the most reliable practices for the Markforged Mark One into five clear commandments. Follow them to achieve consistent, high‑quality prints. 1. Level the build plate on every print A perfectly level bed is the fou

Markforged’s 3D‑Printed Soft Jaw Delivered the First 25 Mark One Printers Even the most meticulous teams encounter unforeseen setbacks. When Markforged was racing to ship its inaugural 25 Mark One printers, the 6061 aluminum fixture used to shape the Z‑axis flag pocket turned out to be incorrec

We’re excited to announce the latest firmware release for your Mark One 3D printer, featuring the brand‑new Adjust Fiber Prime Length utility.This enhancement fine‑tunes the printer’s extrusion system, delivering a higher success rate across a range of fiber materials. It’s especially impactful for

Preparing the Print Bed Using the supplied glue stick is essential to protect your print head, maximize print success, and ensure easy part removal. Apply a thin, even layer of the water‑soluble kids’ glue across the entire bed or only the area where the part will print. A light coat keeps the print

Carl Calabria’s meticulous approach to organization extends beyond a tidy workspace—he engineered a custom tool caddy that keeps every bit and socket used for maintaining the Mark One 3D printer perfectly in place. The result? A boost in productivity and a culture of precision that speaks to his dee

Gone are the days when 3D printers were reserved for hobbyists or ultra‑high‑budget firms. Today, they’re indispensable in sectors ranging from automotive manufacturing to entertainment and safety testing.3D Printed Robot GrippersSweden‑based Alfdex, a supplier of crankcase gas separators, initially

Additive manufacturing is reshaping many sectors. Here we spotlight the industries that reap the greatest benefits, illustrating how 3D printing is transforming production worldwide. Aerospace The aerospace sector demands the highest standards of part performance. Components must endure extreme

As 2018 comes to a close, we pause to celebrate a year of growth and innovation. From tripling our team size to launching the industry‑first H13 Tool Steel, our milestones reflect the dedication of our engineers, partners, and most importantly, our customers. We were featured in Forbes’ “Next Billi

Both 3D printing and advanced composite materials—particularly carbon fiber—are reshaping prosthetics. At Auburn University, students use the Mark One 3D printer to design and prototype innovative assistive devices that address real‑world needs. Associate Professor Jerrod Windham of Auburn’s School

U.K. Royal Navy priorites: autonomy, #3Dprinting, energy, interoperablity & big dataLONDON — The Office of Naval Research (ONR) is making giant strides in its quest to develop the next generation of unmanne

At Markforged, drone enthusiasts are a vital part of our team, and we’re thrilled to share an internal project that showcases the power of our Mark Two printer. Over the past month, we’ve upgraded a 3DRobotics IRIS+ quadcopter with carbon‑fiber‑reinforced 3D printed components that are both lighter

For the professional motorsports specialist Aeromotions, the ability to quickly create robust, track‑ready prototypes allows them to adapt their revolutionary airfoils to new car models to serve new customers rapidly and effectively. The “wing base” of the Aeromotions Dynamic Wing – the part that s

Writer’s Note: I work at Markforged as an electrical engineering intern. While reviewing test surfboard fins in the office before a trip to Australia, I was inspired to create 3‑D printed surfboard fins using the Markforged Mark Two printer. This post details the design, printing, and on‑water test

Olin College’s Robotics Lab continues to showcase cutting‑edge technology. While the Mark One printer recently helped design impact‑resistant quadcopter landing gear, its real‑world versatility shines in another arena: autonomous sailing. For nearly five years, the Olin Robotic Sailing Team (ORS) ha

When Andy sold his dot‑com company in the early 2000s, he moved to a lakeside home in Seattle. Surrounded by gasoline‑smelling boats, he wondered if electric power could replace fossil fuels. “The only electric boats I saw were five‑mile‑per‑hour toy models,” he recalled. That curiosity sparked the

Fiber‑Reinforced 3D Printing Delivers Military‑Grade Durability to Genasun‑II CM When the U.S. Marine Corps sought a reliable way to extend the life of its most common field battery, Genasun stepped in with a robust upgrade. The solid‑state MPPT solar charge controller was transformed into a portabl

3D-Printed Tripod with Continuous Carbon Fiber Reinforced Legs – STL Files Available Carl, an experienced photographer and 3D-printing enthusiast, designed a lightweight, high-strength tripod using OnShape and printed it on a Mark Forged Mark One. The chassis and legs are fabricated from nylon reinf

Editors Note: This guest post is written by Charles Guan, an MIT Mechanical Engineering graduate and former MIT machine shop & design instructor. He’s also the builder of the robot Overhaul on ABC’s BattleBots. He works as an engineering consultant in robotics and transportation, and is sponsored by

Update: Want to learn how different fills can strengthen your parts and the science behind it? Join our webinar on June 21 at 11 am EDT. Register here Writer’s Note: This is the second post in our two-part series on designing the strongest parts with Eiger’s Isotropic Fiber fill using carbon fiber

Last week, we released an update to Eiger that adds new features for both new and existing users. We streamlined the sign‑up workflow so you can try our slicer before purchasing a printer, and we added tools that display weight and material‑cost data for sliced parts. Try Eiger to see how Markforge