The UltiMaker Method unlocks a new level of versatility while fine-tuning the accuracy and bringing the reliability that you expect from an UltiMaker machine. This 3D printer can be used to make final products that can be sold to customers or used on your existing equipment. Plus, this machine offers a new selection of support materials to lock in your parts while they’re being made.

Simply put, the UltiMaker Method delivers a new expectation for how accurate an UltiMaker printer can be. This machine comes with some structural upgrades, high-end electronics, and a build chamber that creates the perfect environment for making highly accurate parts.

• Temperature-regulated chamber. The chamber can reach and maintain a specific temperature up to 65°C. This results in more accurate and stronger parts.
• All-metal frame. Sloppy frames lead to more disruption and defects during printing. The UltiMaker Method’s all-metal framework is rigid and reliable.‍
• Smoother surfaces. With the UltiMaker Method, you can consistently create smoother surfaces on all of the parts that you print.

Even though the UltiMaker Method is touted as a highly technical and expert-grade 3D printer, it also works great for beginners. UltiMaker is known for making printers that are usable by beginners and experts alike, and the UltiMaker Method is no exception. 

• Great touchscreen. The touchscreen will walk you through every decision you need to make, and it’s incredibly intuitive and convenient. 
• Swappable extruders. You can swap entire extruders now, which can help you quickly change over to a new material without risking cross-contamination. ‍
• Self-contained 3D printer. The full 3D printer is self-contained and doesn’t require any additional accessories. The filament is held inside the machine’s compartment to keep your desk clean and organized.

The UltiMaker Method allows any engineering department to make final parts that are production-grade. This machine can make the parts that are used directly in their final application, whether that’s on a shelf for consumers to buy or in the engine bay of your newest automotive project.

• Use engineered composites. Engineered composites offer more impressive tensile strengths and thermal deflection up to 184°C.
• Metal-infused materials are no problem. Use the UltiMaker Method to print with composites that contain 316L stainless steel.‍
• Replace plastic manufacturers. A team can realistically use the UltiMaker Method to create all of their needed plastic parts without ever working with a plastics manufacturer again.