FROM POWDER TO PERFORMANCE
HANA Advanced Material Technology
The refined Industrial FFF 3D printer for micro carbon fiber filled nylon parts.
The most intuitive and powerful FFF 3D printer.
Manufacturing-Grade FFF Printing
Wide Variety of Optimized Print Modes
Industrial Reliability and Accuracy
The X3 brings three versatile, advanced, micro carbon fiber filled nylon materials to a precision-built Fused Filament Fabrication (FFF) 3D printing platform, delivering functional part after functional part.
Print in a wide variety of print modes all optimized to yield quality parts — including 50 μm resolution, which delivers ultra-high-quality parts without visible layer lines.
Precision-machined hardware, advanced sensors, and unique software drive leading edge accuracy and reliability. Markforged industrial carbon fiber 3D printers offer micron-level laser scanning for closed-loop calibration, reliably yielding parts with high repeatability and near-perfect surface finish.
Most intuitive and powerful FFF 3D printing Precise Reliability Accuracy
Printing Process
Fused Filament Fabrication (FFF)
Z Layer Resolution
50 μm – 200 μm
Printing Media
Composite Base Filaments
Internal Part Geometry
Closed Cell Infill, Triangular Default
Print Bed
Precision Ground Composite
Micro carbon fiber filled nylon offers
excellent heat resistance, surface finish, and chemical resistance.
Stronger, stiffer, and ESD resistant Onyx variant tor industrial and electronic manufacturing applications.
Certified UL 94 V-0 rated flame-retardant nylon filled with micro-carbon fiver that possesses the same core properties as Onyx.
Smooth, white,non-abrasive, and easily painted nylon thermoplastic best used for non-marring workholding and human contact.
About the X3
The Markforged X3 FFF 3D printer combines precision-built hardware, advanced sensors, and leading edge software to deliver accurate parts repeatably. It features a reinforced, precision-machined gantry and a precision ground print bed that can be removed and replaced with 10um repeatability. Each piece of hardware in the filament extrusion system — from the nozzles to the extruder hobs — is optimized to resist wear from micro carbon fiber filled nylon filaments and maintain print quality over thousands of hours. Out of material sensors ensure that you’re always printing while a scanning laser on the printhead enables the printer to dynamically adjust the first layers of a print to achieve ideal bed adhesion.
