Education · Makerspaces

3D Printing Software for Makerspaces

3DPrinterOS lets students, faculty and members submit, slice and print on their own, while makerspace staff keep control of approvals, quotas, payments and every printer in the room. It runs in any web browser, works with mixed fleets of 200+ printer models and is used in university makerspaces at Duke, WPI, Elon, Emory and NYU.

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What is makerspace 3D printing software?

Makerspace 3D printing software manages shared printers used by many people with different skill levels. It gives each user an account, checks files before they print, puts jobs in a queue, tracks material and cost, and lets staff monitor and stop prints remotely. 3DPrinterOS combines all of this with browser-based slicing, so nobody has to install a slicer on a lab computer or a Chromebook.

The problems every makerspace runs into

Staff time disappears

Technicians spend their shifts slicing files, starting prints and answering “is my print done?” instead of teaching.

Failed prints waste material

Unsupervised prints fail overnight and nobody notices until the morning.

No idea who printed what

Without accounts and logs there is no way to charge for material, enforce limits or report usage to leadership.

Every printer brand works differently

A room with Prusa, Bambu Lab, UltiMaker and Formlabs machines usually means four apps and four workflows.

IT wants SSO and security

Campus IT needs single sign-on, controlled data hosting and a security review before anything goes live.

Walk-up users need guardrails

New users need simple slicing presets and staff approval, not access to every setting on every machine.

How a makerspace runs on 3DPrinterOS

Sign in. Users log in with their campus account through SSO (SAML, Shibboleth, InCommon or Okta) and land in the right workgroup.
Upload and slice in the browser. They upload an STL or 3MF, check and repair it, and slice with presets your staff define. It works on Chromebooks, Macs and Windows PCs.
Submit to a queue. The job goes to a queue for a printer or group of printers, with an estimated cost against the user’s balance.
Staff approve. Technicians review and approve jobs, or let trusted users print without approval.
Print and monitor. Staff and users watch the live camera feed. AI failure detection can pause a failing print.
Notify and report. Users get an email when the print finishes. Every job is logged for billing and usage reports.

Makerspace features

Cloud slicing with locked presets for beginners and full settings for advanced users. Cloud slicing
Print queues and approvals per printer, per room or per workgroup. Print queues
User balances, quotas and restrictions so each user or class has a limit. Balances and restrictions
Payments and billing through PaperCut, Stripe or CBORD, or charge departments internally. Payment integrations
Live monitoring with camera feeds for every connected printer. Monitoring
AI failure detection that spots spaghetti and failed prints. Failure detection
Notifications and time-lapses so users don’t need to wait by the printer. Notifications
Filament tracking by printer, user and job. Filament tracking
Print history for usage reports and grant applications. Print history
Tinkercad integration for students who design in the browser. Tinkercad

Built for every kind of makerspace

Makerspace type	What matters most	Learn more
University makerspace or engineering lab	SSO, high volume, staff approvals, cost recovery	Higher education
Community college maker lab	Simple onboarding, shared printers, budget control	Central Piedmont story
K-12 school maker lab	Chromebook slicing, teacher approval, safe defaults	K-12 schools
Library makerspace	Patron submissions, staff queue, pay per print	Libraries
Corporate maker lab	IP protection, private hosting, department chargeback	Enterprise

Makerspaces that run on 3DPrinterOS

Duke University

How Duke manages 120 3D printers and 5,000 print jobs a month with a small student staff.

Worcester Polytechnic Institute

Running the WPI makerspace printers from one platform.

Elon University

Building a culture of innovation in a campus makerspace.

Emory University

Making 3D printing accessible to every student at Emory.

NYU Tisch ITP/IMA

How the ITP/IMA makerspace changed its 3D printing workflow.

All success stories

Read more case studies from universities and schools.

Security your IT team will sign off on

3DPrinterOS can be hosted on Microsoft Azure in the United States (TX-RAMP certified, aligned with NIST 800-53) or in Europe, in your own AWS, Azure or Google Cloud account, or on your own servers. It supports SSO and keeps an audit trail of every job, and our security documentation is HECVAT ready. See security and compliance.

Frequently asked questions

What is the best 3D printing software for a makerspace?

The best makerspace software gives every user an account, lets them slice without installing software, puts jobs through staff approval and tracks cost per print. 3DPrinterOS does all of this for mixed printer brands, with SSO and payment integrations used by universities such as Duke and WPI.

Can students print from a Chromebook?

Yes. Slicing and printing run in the web browser, so students can print from Chromebooks, iPads, Macs and Windows PCs without installing anything.

Can we charge users for their prints?

Yes. You can set user balances and quotas, and collect payments through PaperCut, Stripe or CBORD.

Do staff have to approve every print?

No. You decide per workgroup or printer. New users can require approval while trained users print directly.

Which printers work in a 3DPrinterOS makerspace?

More than 200 models from brands including Bambu Lab, Prusa, UltiMaker, Formlabs, MakerBot, Creality, Dremel and LulzBot. See the full list.

How do we get started?

Start a 14-day free trial, connect a printer and invite a few users. For campus-wide rollouts with SSO, book a demo and we will help plan the setup.