Experiments in Parallelization - A Case Study of the Markforged Print Farm

It may not be the easiest word to pronounce, but “parallelization” is a concept that has become a frequent topic of discussion in the 3D printing industry. When speaking about the future of additive manufacturing, the team at Markforged believes it is closely connected to the use of many machines working together to print parts rapidly – in one word: “parallelization”.

The bold goal set forward by Greg Mark, CEO at Markforged is “unlocking printed metal production at scale within 2 years”. In today’s world, metal 3D printers are the mainframe computers of manufacturing. They are large, slow, and expensive ($500k -1M). In the same way mainframes were disrupted by cloud data centers, large-format metal printers will be replaced by smaller, low cost machines working in parallel – print-farms.

There are three key pillars that support MF’s vision for “true digital metal manufacturing”:


An end-to-end process that fundamentally scales down in cost, built on existing reinforced extrusion technology.


High-precision, low cost, printer instances enabled through smart sensors.


Enterprise grade software which can optimize workflows, provide predictive analytics, connect, monitor, and report results across a fleet of connected printers.

Learn more about how Markforged is striving to achieve the technological leap to true digital metal manufacturing by enrolling in a webinar hosted by Daniel Leong, Application Engineer with Markforged.

Webinar Details:

“Experiments in Parallelization – A Case Study of the Markforged Print Farm”

When: Tuesday, December 12th from 11 – 11:45am EST | 3 – 3:45pm UTC.

Where: http://3d.markforged.com/experiments-in-parallelization-case-study-markforged-print-farm.html?mfv=InterPro%20Models

PS: Even if you can’t make it, register anyway for on-demand access to the recording.