Method series materials

Extensively-tested for measurably accurate parts.

Method series materials are manufactured to exacting diameter and quality specifications. Manufacturing grade and high performance, the variety of 3D printing materials for the Method series are extensively-tested to assure high reliability and measurably accurate parts.

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Polymers

Print complex mechanical assemblies with real production materials

Tough PLA

Extruder

1A

Tensile strength:

35 MPa

Heat deflection:

52-49°C

Flexural strength:

2,000 MPa
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PLA

Extruder

1A

Tensile strength:

62 MPa

Heat deflection:

52-49°C

Flexural strength:

2,600 MPa
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PETG

Extruder

1A

Tensile strength:

76 Shore D

Heat deflection:

8 kJ/m²

Flexural strength:

76°C
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ABS

Extruder

1XA

Tensile strength:

44 MPa

Heat deflection:

70°C

Flexural strength:

2,000 MPa
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ABS-R

Extruder

1XA

Tensile strength:

43 MPa

Heat deflection:

84°C

Flexural strength:strength

77 MPa
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ASA

Extruder

1XA

Tensile strength:

49 MPa

Heat deflection:

96°C

Flexural strength:

2,300 MPa
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Nylon

Extruder

1A

Tensile strength:

66 MPa

Heat deflection:resistance

91°C

Flexural strength:

1,700 MPa
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PC-ABS

Extruder

1XA

Tensile strength:

37 MPa

Heat deflection:resistance

108°C

Flexural strength:

-
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PC-ABS-FR

Extruder

1XA

Tensile strength:

60 MPa

Heat deflection:

104°C

Flexural strength:

-
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Composites

Produce tools and end-use parts with improved strength, stiffness, and heat-deflection.

N6 Carbon Fiber

Extruder

1C

Hardness

80 Shore D

Heat deflection

184°C

Tensile strength:

110 MPa
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N12 Carbon Fiber

Extruder

1C

Hardness

84

Heat deflection

154°C

Tensile strength:

66 MPa
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ABS Carbon Fiber

Extruder

1C

Impact strength

42 J/m

Heat deflection

102°C

Tensile strength:

59 MPa