Table of Contents
Learn all about the specifications of the Ultimaker Method XL 3D printer, whether it's compatible with OctoPrint, Mainsail, Fluidd and SimplyPrint, and how to set each of them up.
Printer Compatibility for Ultimaker Method XL
Does the Ultimaker Method XL 3D printer work with OctoPrint, Mainsail, Fluidd and SimplyPrint?
Figuring out if your particular printer works with OctoPrint, Mainsail, Fluidd or SimplyPrint can be a challenging task - especially if you're new to 3D printing - as there are thousands of printers out there.
We're here to make it a little easier for you, by answering the question; is the Ultimaker Method XL compatible with OctoPrint, Mainsail, Fluidd and SimplyPrint?
Did we make a mistake? Is any of this data wrong? Let us know!
No Current Compatibility
Unfortunately, the Ultimaker Method XL is currently not, to our knowledge, compatible with OctoPrint, Mainsail, Fluidd, or SimplyPrint. For the best 3D printing experience, consider other 3D printers that are compatible with these softwares.
How we determine compatibility
We consider a printer compatible if it works with one or more of the following:
- SimplyPrint custom integration for this specific model
- OctoPrint support (requires the printer to support serial printing)
- Klipper support (printer can run Klipper, either by flashing compatible firmware or using an external controller/pad)
OctoPrint compatibility is primarily based on whether the printer supports serial communication. If serial printing is not supported, we mark OctoPrint as not compatible.
Note: Some printers have third-party OctoPrint plugins that enable unofficial/custom connections. We don’t maintain a list of these plugins, so they are not reflected in our compatibility data.
What Slicer to Use for Ultimaker Method XL
Find the best slicing software for your Ultimaker Method XL 3D printer.
Compatible Slicers for Ultimaker Method XL
At SimplyPrint we support the following 6 slicers. But, that does not mean that no other slicers are compatible with this the Ultimaker Method XL. We are working on adding support for more slicers for our online cloud-based slicer.
Automatic Profile Updates: Profiles are automatically checked and fetched from the slicer GitHub repositories every day, as well as from our own open-source community-driven slicer profile database. This ensures you always have access to the latest profiles.
Cloud-Based Slicer for Ultimaker Method XL: Use Cura Online
Other Compatible Slicers
Note: Many other excellent slicing software options exist, including Cura, Simplify3D, ideaMaker, KISSlicer, and others. While we don't currently track profiles for these slicers in our database, they may work perfectly with your Ultimaker Method XL. Check each slicer's official documentation or community forums for compatible profiles and settings. You can also contribute profiles to our open-source slicer profile database on GitHub.
What filament can the Ultimaker Method XL print?
A guide to the materials the Ultimaker Method XL can handle, based on its hotend, heated bed specs.
| Filament | Suitability | Notes |
|---|---|---|
| PLA | Great | The easiest filament to print. Works on almost any printer; a heated bed helps adhesion but is not required. |
| PETG | Great | Comfortably in range (PETG likes a ~230-250C hotend and a ~70-85C bed). |
| TPU & flexibles | With care | Possible, but a Bowden extruder makes flexibles harder - print slowly and prefer firmer (higher-shore) TPU. |
| ABS & ASA | Great | The high-temperature hotend and hot bed handle ABS and ASA well. An enclosure helps further on large parts. |
| Nylon (PA) | Good | Doable with care - dry the filament thoroughly, and an enclosure helps a lot. |
| Polycarbonate (PC) | With care | On the edge - PC really wants an enclosed, hot chamber to avoid warping. |
| Carbon-fiber & glass-filled | With care | Possible if you fit a hardened or wear-resistant nozzle - the abrasive fibers quickly wear a stock brass nozzle. |
Ultimaker Method XL Printer Specifications: Bed Type, Size, Print Height and More
Discover the key features of the Ultimaker Method XL 3D printer model. From its bed type to its size, print height, and more, we provide detailed specifications to help you understand the printer's capabilities.
| Specification | Details |
|---|---|
| Printer model name | Method XL |
| Printer manufacturer / brand | Ultimaker |
| Bed type | Square |
| Bed size | 305 x 305 mm |
| Max print height | 320mm |
| Has heated bed | Yes |
| Max extruder temperature | 280° |
| Max bed temperature | 105° |
| Filament width | 1.75mm |
| Number of nozzles | 1 |
| Probing tool / Auto Bed Leveling | No |
| Direct drive | No |
| Supports serial printing | Yes |
| Shipped firmware | Marlin |
| Supported file formats | G-code (.gcode, .gco, .g) |
Did we make a mistake? Is any of this data wrong? Let us know!
Frequently asked questions
Is the Ultimaker Method XL compatible with SimplyPrint?
To our knowledge the Ultimaker Method XL is not yet supported. SimplyPrint works with 130+ brands and 600+ models via OctoPrint, Klipper and built-in integrations - check the compatibility list for a supported printer.
What slicer should I use for the Ultimaker Method XL?
We recommend Cura for the Ultimaker Method XL. You can run it (plus Cura, PrusaSlicer and OrcaSlicer) directly in SimplyPrint's online slicer - no install, on any device, with profiles for the Ultimaker Method XL kept up to date automatically.
What filament can the Ultimaker Method XL print?
Based on its specs (hotend up to 280C, heated bed up to 105C), the Ultimaker Method XL handles PLA, PETG, ABS & ASA or Nylon (PA) well. See the full filament guide above for ABS, nylon, PC and composites.
What is the Ultimaker Method XL's build volume?
The Ultimaker Method XL has a build volume of about 305 x 305 x 320 mm. See the full specifications table above for bed type, temperatures and more.
Final words
We've reached the end of our Ultimaker Method XL information guide. We devote substantial time to research and gather data on as many 3D printers as possible, understanding the challenge of finding comprehensive, reliable information all in one place. Our primary focus is providing insights into the compatibility of specific printers with the most popular 3D printing clients. We hope this guide has helped answer your questions!