
One big advantage of the Method XL has to do with UltiMaker’s considerable IP related to the isolated build chamber, the heated build chamber, and other IP acquired from Stratasys, Ultimaker, and Makerbot. ABS is the focus of the XL given its prevalence, strength and durability. According to him, this is due to the popularity of ABS and how close the XL can get to injection molding properties, making the machine appeal to this specific subset of users. Meanwhile, the XL is for more specialized departments and companies, as the machine is designed for engineering- and production-focused applications.

He thinks of it as the machine used in the design department and for prototypes. Goshen opined that the recently released UltiMaker S7 is a versatile professional 3D printer, especially if the user wants to experiment. The XL works with CloudPrint and is intended to be a very application-specific printer.
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Some previously tested materials on the LABS extruder are Jabil SEBS, a 95A shore elastomeric filament, Polymaker PolyMax PC and LEHVOSS PAHT 9891, a high-temp CF-PA material. You can use UltiMaker´s RapidRinse tap water soluble ABS support if you wish, or use your own materials by relying on the LABS Experimental Extruder. The team has taken care to reduce warpage and increase dimensional accuracy of components, while also featuring both an activated carbon and HEPA filter. To learn ore about the Method XL and UltiMaker´s recent progress, we interviewed UltiMaker CEO Nadav Goshen. We’ve seen dental specific machines, but this is one specifically meant to make big ABS and ABS-CF parts. With a build volume of 305 mm x 305 mm x 320 mm, the new system positioned as an entry level printer for industrial components.

The XL features a 100☌ heated chamber and heated build plate optimized for ABS and carbon fiber (CF) -ABS. Today, UltiMaker announced the release of the Method XL 3D printer.
