MakerBot METHOD and METHOD X Overview

Overview of the MakerBot Method and Method X 3D Printers

The MakerBot Method and Method X 3D printers represent a significant evolution in the MakerBot lineup, shedding the legacy of previous models like the Replicator series, which faced challenges due to the introduction of smart extruders. These new printers have been designed from the ground up, leveraging Stratasys' extensive additive manufacturing expertise following their acquisition of MakerBot. This collaboration has led to a range of innovative features and improvements, giving users and industry professionals renewed confidence in the brand.

Innovative Build Chamber Technology

A standout feature of both the Method and Method X is the active heated build chamber, a departure from the standard heated bed found in most desktop 3D printers. This chamber ensures even heating throughout the printing process with circulating hot air, improving layer bonding and dimensional accuracy. This results in stronger parts and allows for the use of advanced materials and support structures, such as the SR30 soluble support for high-temperature materials like ABS or ASA, albeit requiring a special wash tank for dissolution.

Differences Between Method and Method X

The primary distinction between the Method and Method X models lies in the temperature capabilities of their heated chambers. The Method supports up to 60°C, suitable for a range of standard materials, whereas the Method X extends this up to 110°C. This increase accommodates high-temperature materials including ABS, ASA, and polycarbonate, enabling a broader range of application possibilities for users needing to work with engineering-grade materials.

Build Quality and Ease of Use

Unboxing the Method series printers reveals their robust construction, indicative of high manufacturing standards. Their solid build minimizes the likelihood of mechanical failures and ensures consistent performance. Key usability features include easily interchangeable extruders for different materials, a flexible build plate for straightforward print removal, and sealed filament bays to control humidity. The printers also feature intuitive touchscreens for hassle-free operation and material management, enhancing user experience.

Material and Extruder Versatility

MakerBot has designed a range of extruders to support various materials, from standard filaments like PLA and PETG to advanced composites and third-party options through the MakerBot LABS Experimental Extruder. This broadens the scope for experimentation and customization, allowing users to tailor their printing strategies to specific project requirements.

Dimensional Accuracy and Print Quality

A crucial aspect of the Method series is its focus on dimensional accuracy and print quality, achieving layers with an accuracy of up to 0.2 millimeters. This precision is crucial for applications where the fit and functionality of parts are paramount. Comparative tests have shown that parts printed on the Method and Method X fit together seamlessly, showcasing their superiority in producing dimensionally accurate prints over various competitors.

Connectivity and Monitoring

With integrated wireless and wired networking capabilities, along with MakerBot Cloud Print services, the Method series supports remote job processing and monitoring. This connectivity, combined with an onboard camera and the MakerBot Connect app, offers users convenience and flexibility in managing print jobs, regardless of their location.

Concluding Thoughts

The MakerBot Method and Method X 3D printers mark a significant step forward in desktop 3D printing technology. Their advanced features address many of the limitations of previous models, offering professional-grade capabilities in a desktop format. Whether for prototyping, educational purposes, or industrial applications, the Method series presents a compelling choice for those seeking reliability, versatility, and high-quality print results.