TECHNICAL INFORMATION

Carbon Certified Production Partner

Delivering final products via a 3D printer Carbon Certified Production Partner
As the first Carbon Certified Production Partner in the Kinki area, we support customers at every step of the manufacturing process.

Carbon M2 printer

Thanks to high-performance materials, the Carbon M2 Printer is capable of producing high-performance, durable products and final products with superior surface properties at amazing speed.

■Production of final products

■Resolution: 75um

▶Official Carbon Video
https://youtu.be/g0AxfGEDdN0

Smooth molding surface and highly flexible shape made of high-performance materials

These are high-performance materials with our own unique combination of high-resolution, extraordinary surface quality, and mechanical properties tuned for production.
They are capable of highly flexible designs that are not constrained by conventional production techniques, as well as lightweight builds thanks to three-dimensional designs such as lattice structures.
We can also propose shapes suitable for the Carbon M2 Printer.

High-performance materials for final products

With minimal anisotropy, superior strength and thermal resistance, these materials are well suited to manufacturing final products.

CE221

Cyanate Ester

Equivalent resin (reference value)

PA6

Polyamide 6

Tensile strength

92MPa

41~166MPa

Tensile elongation at break

3.3%

30~100%

Tensile Modulus

3870MPa

2600MPa

Shore hardness

92D

Impact strength

15J/m

32~118J/m

Deflection temperature under load

231℃

68~85℃

Corresponding resin

231℃

feature

heat-resisting property
rigidity
chemical resistance

use

electronic equipment
industrial goods
Automotive Parts

Compressor Rotor

EPU40

Elastomeric Polyurethane

Equivalent resin (reference value)

TPU

Thermoplastic Polyurethane

Tensile strength

10.2MPa

40~65MPa

Tensile elongation at break

310%

330~700%

Tensile Modulus

N/A

Shore hardness

68A

63D~98A

Impact strength

N/A

Deflection temperature under load

N/A

Corresponding resin

TPU

feature

high elasticity
Crack resistance
elasticity

use

cushioning material
gasket
sealant

Lattice

EXP82

Epoxy

Equivalent resin (reference value)

PBT

Polybutyleneterephthalate

Tensile strength

82MPa

57MPa

Tensile elongation at break

5.9%

50%~300%

Tensile Modulus

2800MPa

1900~3000MPa

Shore hardness

89D

Impact strength

44J/m

37~53J/m

Deflection Temperature

115℃

50~85℃

Corresponding Resins

PBT-GF20

Feature

Long-term durability
Mechanical properties
Functionality of TENAA

Use

connector
bracket
housing

connector

FPU50

Flexible Polyurethane

Equivalent resin (reference value)

PP

Polypropylene

Tensile strength

29MPa

31~41MPa

Tensile elongation at break

280%

100~600%

Tensile Modulus

831MPa

1100~1600MPa

Shore hardness

71D

Impact strength

22~75J/m

Deflection Temperature

78℃

49~60℃

Corresponding Resins

PP

Feature

High Impact Strength
Cycle life
Cyclic Stress Resistance

Use

rigid body
hinge mechanism
Frictional insert parts

food prop

RPU70

Rigid Polyurethane

Equivalent resin (reference value)

ABS

Acrylonitrile Butadiene Styrene

Intensity

45MPa

23~55MPa

Tensile elongation at break

100%

1.5~80%

Tensile Modulus

1900MPa

1900~2800MPa

Shore hardness

80D

Impact strength

22J/m

75~640J/m

Deflection Temperature

70℃

88~107℃

Corresponding resin

ABS/PCABS

Feature

Versatility
Sturdy
Hardness

Use

Consumer Products
Automotive Parts
Wide range of industries

Motor mount

SIL30

Silicone

Equivalent resin (reference value)

TPE

Thermoplastic Elastomers

Intensity

3.4MPa

3.7~34.3MPa

Tensile elongation at break

330%

260~1070%

Tensile Modulus

N/A

19.4~902MPa

Shore hardness

35A

27D~75D

Impact strength

N/A

Deflection Temperature

N/A

41~150℃

Corresponding resin

TPE

Feature

Soft touch
Biocompatibility
Crack resistance

Use

Headphone pad
Wristband
Bicycle handle

Handlebar grip

High quality materials for prototype models

The materials feature superior surface qualities and are well suited to prototyping design models, etc.

PR25

Prototyping Resin

Intensity

46MPa

Tensile elongation at break

4%

Tensile Modulus

1450MPa

Shore hardness

N/A

Impact strength

20J/m

Deflection temperature under load

61℃

Corresponding resin

Feature

High precision

Use

Moderate Functional Testing

Impeller

UMA90

Urethane Methacrylate

Intensity

46MPa

Tensile elongation at break

17%

Tensile Modulus

2000MPa

Shore hardness

86D

Impact strength

33J/m

Deflection temperature under load

51℃

Corresponding resin

PBT-GF20

Feature

High precision

Use

Design model prototyping
Jig

Cable clip

On demand production

We can manufacture final products directly from 3D data without a mold, resulting in high mix small lot, high value added items. In the sample example, this is perfect for manufacturing sets of about 800 pieces or less.