True Multi-Material
Five tools, massive print volume. Mix rigid, flexible, and soluble materials, and different nozzle sizes in one job — perfect print quality with no cross-contamination.

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The Original Prusa XL+ offers single, dual, and five-tool head options, with an optional enclosure. Print large, multi-material, and complex parts in a single job using up to five materials.
The second generation of a mature large-format 3D printer, equipped with the best active tool changer on the market, significantly boosts your prototyping and production efficiency. The Prusa XL+ can seamlessly print large parts up to 360 × 360 × 360 mm (46.7 liters) in a single run, using up to five materials.
It enables perfect combinations of rigid, flexible, and soluble filaments with zero cross-contamination and virtually no waste. This product is designed and manufactured in the EU and USA.
3DMart Warranty Product Repair Application Process and Related Regulations

“The Prusa XL is the best multi-tool printer you can buy in 2026.”
“It's the most reliable tool changing system I've used, and when you're printing a five-color model for 14 hours straight, reliability is crucial.” – 3D Printer Stuff Review
“If you are looking for a machine that has the absolute best print quality in terms of multi-material or multi-extruder size, then the XL is for you.” – Make Magazine Review.
August 2026: The new CORE One+ (Gen 2), CORE One L+, and XL+ printers are now available, bringing a unified and improved user experience, faster print speeds, higher print quality, and hardware upgrades.
Five tools, massive print volume. Mix rigid, flexible, and soluble materials, and different nozzle sizes in one job — perfect print quality with no cross-contamination.

Super fast switching and extreme reliability. Tool changes take just a few seconds, whereas traditional filament switching solutions require tens of seconds for purging and reloading.

Save kilograms of filament in the long run. Each tool head has its own nozzle, so multi-material printing jobs don't produce large amounts of plastic waste.

Beyond 3D printing, tool heads can be swapped, with a rich ecosystem of upgrades and accessories available. No vendor lock-in, supports full offline operation.

Print beautiful models that other filament changing systems cannot achieve! All parts below fit perfectly on the XL+ print bed and can be printed at the touch of a button.
A protective casing and its accompanying liner, printed in two materials in one go. A functional prototype ready the very next morning.

A sneaker concept design that needs to look authentic. The full-scale design draft is ready for display as soon as it comes off the printer.

Professionals print CT scans of organs before surgery to better understand the condition.

The print volume allows you to print full-scale wearable costume parts without the need for dowels, glue, and putty.

No need for time-consuming and expensive third-party suppliers. Design, test, and iterate on-site in just a few hours.

Rapidly iterate your designs: test ergonomics, find optimal geometries, and quickly perform dozens of iterations on-site.

Combines multiple materials with a print volume 3 times that of the CORE One+.
Remove the model and deploy it immediately after the print job is complete.

No more cutting models into pieces and gluing them together.

Segmented heatbed provides more even and reliable heating.

Load up to five 2 kg spools and print continuously for days without interruption.

Organic supports are easy to remove and can even be dissolved in water.

Elastic TPU connectors and durable polycarbonate can be joined in one automated production run.

Large-format 3D printing on any workbench. Industrial large-format printing typically requires powerful three-phase power, custom ventilation systems, and a professional installation team.
The Prusa XL+ has an astonishing print size of 360 × 360 × 360 mm, yet its footprint allows it to easily fit on a standard workbench, weighs only 30 kg, and uses a standard household power outlet.
The XL+ is designed for unattended operation for days, featuring smart filament runout sensors that automatically pause and switch filaments, and robust power loss recovery that seamlessly resumes printing after a power outage. It's ideal for weekend batch printing in studios, labs, and design workshops.
Print larger objects without warping. The XL+ comes from the factory with high-temperature resistance.
With an external heater (upcoming accessory), the temperature can be increased to 60°C! This will significantly improve the printing performance of advanced materials like ASA or PA11CF. This new Enclosure is only compatible with the XL+!
Designed to pass your security audits, primarily in offline mode, with optional integration into our connected ecosystem.
The XL is already in use in numerous studios, design workshops, and prototyping labs worldwide. We understand the importance of data security. It does not force cloud storage and does not send data to the cloud. It runs open-source firmware, which you can inspect yourself. You can even remove the Wi-Fi module.
The XL is designed and manufactured in the EU and USA (we have our own PCB production line in Prague) and complies with TAA standards for government and defense procurement.

The XL+ has a very large print volume, sufficient to easily accommodate any type of print job. And the XL+ is not just for large prints—if you're printing small models, you can print more on a single print plate.

The Prusa XL+ is designed for demanding engineering, educational, and manufacturing environments, offering an unparalleled combination of scale, speed, and reliability.
The XL has undergone a series of significant upgrades to provide a better user experience and print quality, faster speeds, simpler operation, and greater reliability.

Documented results in published Prusa Stories and manufacturing case studies. Different teams, different Prusa models, all follow a common pattern: printed parts perform excellently in production.
When a parts shortage threatened the production line, printed housings ensured that vehicles remained operational. Another printed prototype saves over €10,000 annually.
Infinite Acoustics, an acoustic company, uses recycled materials to manufacture 3D printed speaker enclosures, giving new life to industrial and consumer waste. The company's products are produced on-demand in local micro-factories to minimize carbon emissions and enable customized on-demand production.
Durable printed train sensor replacement housings cost half of previous solutions.
3D printing technology is ubiquitous in the team's workshop – from functional parts and various prototypes to clever tools and jigs, everything is covered.
For example, Arthur showed us a 3D printed customized screwdriver with different bolt sizes on both sides, specifically tailored to the hand shape of a particular mechanic. On the track, clever details like these can save you precious one or two seconds.
The mechatronics and R&D team operates a Prusa print farm to prototype custom sensors, safety hardware, and structural components for accelerator projects.
The Prusa XL+ easily passes your security audits. The XL+ does not require an internet connection. You can configure the printer, slice models, and install firmware updates offline without sacrificing any functionality or performance.
For environments requiring strict security, the Wi-Fi module can be physically removed. Government agencies, high-security manufacturing companies, and companies handling sensitive data can rest assured that the printer will never share any data with any cloud infrastructure.
The "Critical Infrastructure Pack," designed for facilities with stringent security protocols, ensures offline security: zero Wi-Fi circuits, no built-in camera, and equipped with a certified encrypted USB flash drive.
| Build volume | 360 × 360 × 360 mm (46.7 liters) |
|---|---|
| Tool heads | Up to 5 independent tool heads, automatic tool changing |
| Tool offset calibration | Fully automatic, with a dedicated electronic sensor (new) |
| First layer calibration | Fully automatic (load cell sensor) |
| Motion system | CoreXY, 1.5mm GT belts, Input Shaper, stealthchop |
| Nozzle wiper | Yes (new) |
| Print speed | 10–15% faster than the original Prusa XL |
| Extruder | Nextruder, direct drive |
| Max nozzle temperature | 290°C |
| Heatbed | Segmented heatbed, 16 individually controlled zones, up to 120°C |
| Chamber temperature | Up to 50°C with Prusa XL+ Enclosure; up to 60°C with external heater. Both are optional accessories. |
| Supported materials | PLA, PETG, ASA, ABS, PC, PA (Nylon), TPU, PVA, HIPS, PP, CPE, PVB, Carbon-filled materials |
| Material policy | Open design, supports any brand of 1.75mm filament; no chips, no vendor lock-in, no subscriptions. |
| Non-FDM tool heads | Silicone printing, expected Q4 2026 |
| Print surface | Removable double-sided satin print sheets |
| Connectivity | Ethernet connectivity, optional Wi-Fi; Prusa Connect is optional, full offline connectivity supported |
| Printer dimensions & weight |
approx. 700 × 900 × 720 mm approx. 30 kg |
| Serviceability | User-serviceable with a screwdriver; published service guides and spare parts availability. |
| Firmware | Open-source, includes the current full Prusa feature set |
| Manufactured in | Prague, EU & Delaware, USA |