MakerBot Method X Carbon Fiber 3D Printer

MakerBot Method X Carbon Fiber 3D Printer
The METHOD Carbon Fiber 3D printer is the latest product on the METHOD platform, utilizing carbon fiber reinforced nylon optimized for high strength and heat resistance. The METHOD X Carbon Fiber version comes pre-configured with the new Composite Extruder (1C), which is optimized to handle abrasive materials and can also be used to upgrade METHOD and METHOD X 3D printers. The METHOD Carbon Fiber 3D printer features stronger metal drive gears, metal filament entryways, and interchangeable hardened steel nozzles, allowing it to 3D print MakerBot Nylon Carbon Fiber materials and all third-party materials supported by the METHOD platform.

Includes Extruders:
       ．1C Extruder x 1                             2A Extruder x 1                              2XA Extruder x 1
    （N12 Carbon Fiber, N6 Carbon Fiber, PLA, TOUGH, PETG, NYLON, PVA, SR30, RapidRinse, PVA）
    ABS, ASA, PC-ABS, PC-ABS FR…etc.）
                                                                
Product Features:
．Compact size, large capacity
The patented VECT™ 110 (Variable Environmental Controlled Temperature) thermal regulation system evenly heats and precisely controls the 3D printing environment, doubling accuracy. The METHOD X Carbon Fiber 3D printer offers unparalleled industrial manufacturing quality, capable of continuous 3D printing for hours, days, or even weeks. Its compact size makes it suitable for desktop placement, perfect for offices, schools, libraries, and home workers.

．1C Composite Extruder
Designed, optimized, and rigorously tested, the 1C extruder can withstand abrasive composite materials, extending its lifespan. Paired with a water-soluble support material extruder, it makes your 3D printing tasks easy and convenient.
．Compatible with various 3D printing filaments
The METHOD X Carbon Fiber 3D printer is compatible with N12 Carbon Fiber, N6 Carbon Fiber, PLA, PETG, ABS, ASA, NYLON, PC-ABS, PC-ABS FR, ABS-R, and many other materials. It also supports third-party 3D printing filaments. Using the METHOD X dedicated 6-in-1 modular performance extruder, you can quickly change filaments and avoid material cross-contamination. This machine can print industrial-grade hard and high-temperature resistant metal alternatives, suitable for 3D printing automotive and mechanical parts.
．Automatic Calibration
Automatic calibration eliminates tedious setup, ensuring perfect alignment between the 3D printing platform and the extruder.
．5-inch Touchscreen
The touchscreen is located at the top of the machine, allowing for operation without bending down, providing an intuitive step-by-step setup and real-time control experience.

．SmartAssist™ Material Loading
Makes the material change process from storage to extruder effortless, avoiding manual operation errors.
．MakerBot CloudPrint™ Software
Provides a simple workflow, from preparation and 3D printing to monitoring work orders, all in one place, supporting team collaboration and file sharing.

．Print platform can perform thousands of prints
The durable spring steel print platform can withstand thousands of 3D prints with abrasive composite materials, and printed parts can be easily removed with a gentle bend.
MakerBot Method X Carbon Fiber 3D Printer Extruder Specifications:

MakerBot Method X Carbon Fiber 3D Printer Applications:
．Aerospace Technology:

．Automotive Industry:

．Education Sector:

Product Includes:
．MakerBot METHOD X Carbon Fiber 3D Printer x 1
．Spring Steel Print Platform x 1
．Composite Material Extruder 1C x 1
．Support Material Print Extruder 2A x 1
．High-Performance Support Material Print Extruder 2XA x 1
．Nozzle Brush x 1
．Hex Key x 1
．USB A-to-B Cable x 1
．US Power Cord x 1
．EU Power Cord x 1
The MakerBot METHOD X Carbon Fiber 3D Printer is a 3D printer that combines high performance, cost-effectiveness, and stable output. In addition to the METHOD X Carbon Fiber 3D printer, 3DMart also offers the MakerBot METHOD and MakerBot METHOD X 3D printers. For more details on MakerBot 3D printers, please click contact us.