Let’s take a look at the Makerbot Method Series. A performance platform, the Method bridges the gap between industrial 3D printing accuracy and desktop accessibility.

MakerBot Method

The Method Series offers an entry into industrial applications at an affordable price. Built on the bedrock of proven FDM technology from Stratasys, the Method series leverages 21 industrial patents. This distinguishes Method from many of the other entry-level 3D printers on the market. Let’s take a look at some of the key features.

MakerBot Method

It all starts with the patented circulating heating chamber. The circulating heated chamber utilizes two heat exchangers with active blowers to fully envelop each print with hot air during the entire print. The result is consistent dimensional accuracy within .2mm and optimal part strength.

MakerBot Method

Method is a dual extrusion platform with thermal cores 50% longer than most desktops, allowing for more control and faster print speeds. Inside, the rigid full-body metal frame eliminates flexing that typically occurs during high-speed print movement. Less flexing means more consistent prints with better part accuracy.

The flexible spring steel build plate sits on a factory-calibrated base, machined from aluminum. The plate leverages high-strength magnets for easy print removal. Once a part is complete, the plate comes off of the base and can be easily flexed to remove the part.

MakerBot Method

Makerbot ran the Method through rigorous testing, with over 450 thousand print hours to ensure that the platform would stand up to demanding real-world applications. These include jigs & fixtures, conceptual and functional prototypes, and end-use parts.

There are a full range of engineering-grade materials, from PC-ABS and ASA, to Nylon and Polycarbonate.

MakerBot Method

Stratasys SR-30 soluble support is also available, allowing for complex geometries with overhangs and internal crevices.

MakerBot Method

The Method Carbon Fiber Edition adds two blends of carbon reinforced nylon, optimized for high strength, stiffness, and heat resistance. These materials are ideal for structural applications and metal Replacements.

The Makerbot Method Series grants engineers access to a compact, affordable industrial solution. For more information on MakerBot, please click the button below.