AMS X

3DPrinterOS Makes Cloud Slicing Software Available for Formlabs 3D Printers

Formnext
IMTS

Share this Article

3D Control Systems, the San Francisco-based AM software provider, has released a version of its cloud-based 3DPrinterOS’ slicing software that is compatible with Formlabs’ 3D printers.

Explaining the unique significance of this particular integration, John Dogru, the founder and CEO of 3DPrinterOS, commented, “For over five years, Formlabs in-cloud slicing has been the number one request from 3DPrinterOS users. …Very similar to the rest of the industry, until now [Formlabs’ users have] had to use desktop software to prepare everything. It’s not easy, you can’t with one click give the ability for thousands of users in a university or enterprise to securely and easily send jobs to the 3D printers. That’s why 3DPrinterOS exists…”

In 2014, 3DPrinterOS was launched as an operating system designed for desktop 3D printers. Formlabs was formed in 2011 by students at MIT Media Lab, and launched in fall of 2012 with a $3 million Kickstarter campaign.

Formlabs now employs 800 people, has operations around the globe, and brought in $82.5 million in revenue in 2021. Last month, the Somerville, Massachusetts-based original equipment manufacturer (OEM) opened a new 20,000 square foot Midwest headquarters in Milwaukee, which includes a print farm.

In addition to the strong demand for the software from 3DPrinterOS’ user base, the platform simply seems like a logical fit for Formlabs. 3DPrinterOS and Formlabs have both gained niches in their respective markets for streamlining all the processes involved in 3D printing as much as possible, across the largest number of customers. Both brands should benefit equally from the integration.

Moreover, given the location of Formlabs’ newest headquarters, the partnership should have implications for the scale-up of AM’s role in the US auto industry. The tiniest parts, those involving electronics, have probably had the greatest share of the responsibility for disrupting car manufacturing supply chains over the past couple of years. Thus, polymer will be just as important as metal to AM’s growing role in US auto production.

Finally, the collaboration will likely be a useful test-case for many of the objectives outlined in the recently-released National Strategy for Advanced Manufacturing. The report is rightly just as focused on software as it is on hardware, especially regarding striking the right combination between data-sharing amongst shared networks and the maintenance of cybersecurity. In turn, the successful combination of 3DPrinterOS and Formlabs would likely attract substantial attention from government and military customers.



Share this Article


Recent News

The Final Countdown: More Value for G1X Series Backers

XTPL Calls Shareholder Meeting to Vote on Strategic Investment from Taiwanese Fund



Categories

3D Design

3D Printed Art

3D Printed Food

3D Printed Guns


You May Also Like

Featured

Apple Opens New US Advanced Manufacturing Center for Second Year in a Row

The US added 5,000 manufacturing jobs in July, although in its article on the subject, Wall Street Journal notes that there are still (slightly) fewer manufacturing workers in the US...

Kupros Launches Cu29 V2, Announces Process for Embedded Electronics from Desktop FFF & FDM

In addition to its more traditional uses, the centrality of copper to an unusually large number of high-growth industries has led more than a few observers to argue that it...

DEVCOM Armaments Center Demonstrates Remote 3D Printing of Electronics at Valiant Shield 2026

The US Army’s DEVCOM Armaments Center, headquartered at Picatinny Arsenal in New Jersey, has become one of the US military’s most important hubs for drone R&D. At the recent Valiant...

Polish Electronics 3D Printing OEM XTPL Sells 10 More Printhead Modules to First Chinese Customer

Smartphones, laptops, and all other such devices are only getting more expensive. As evidenced by Apple’s cautioning of higher prices for this year’s new iPhone line, the problem is largely...