UltiMaker Method Series Materials
Extensively tested for measurably precise parts.
The MakerBot Method materials are developed and manufactured for maximum reliability in 3D printing and for the production of dimensionally accurate components. The materials in the Method series are manufactured according to precise diameter and quality specifications.
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UltiMaker Method series Materials: Polymers
Manufacture complex mechanical assemblies from real production materials.
PLA
Print head
1A
Bending modulus
2600 MPa
Heat resistance
49-52 °C
Tensile strength
62 MPa
Tough-PLA
Print head
1A
Tension module
2364 MPa
Heat resistance
N/A.
Tensile strength
39.3 MPa
ABS-R
Print head
1XA
Bending modulus
2600 MPa
Heat resistance
102-105 °C
Tensile strength
41 MPa
Nylon
Print head
1A
Bending modulus
1700 MPa
Heat resistance
91 °C
Tensile strength
66 MPa
PC-ABS
Print head
1XA
Bending modulus
1700 MPa
Heat resistance
108 °C
Tensile strength
37 MPa
PC-ABS-FR
Print head
1XA
Bending modulus
2500 MPa
Heat resistance
104 °C
Tensile strength
60 MPa
UltiMaker Method Series Materials: Composites
Produce tools and end-use parts with higher strength, rigidity and heat resistance.
Nylon 6 Carbon Fiber
Print head
1C
Tension module
7600 MPa
Heat resistance
184 °C
Tensile strength
110 MPa
Nylon 12 Carbon Fiber
Print head
1C
Tension module
6000 MPa
Heat resistance
154 °C
Tensile strength
66 MPa
ABS Carbon Fiber
Print head
1C
Impact resistance
2500 MPa
Heat resistance
102 °C
Impact resistance
42 Y/m
UltiMaker Method series materials: Support materials
Precisely printable and fast dissolving support materials ensure effortless support removal and clean surfaces for even your most complex components.
The LABS GEN 2 Experimental Extruder
With the LABS extruder, you can unlock the Method series 3D printers for almost unlimited material choices. Print third-party materials on an industrial 3D printing platform with modular hardware and advanced print settings.
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