SLA 3D printing materials

High-detailed 3D prints with robust materials

Engineering 3D printed parts

Optional screw inserts in your designated locations based on your 2D drawing

Silk screening and laser etching are available for your painted 3D printed parts

Clear 3D print resins for microfluidic application with optional post processing (polishing to fully-transparent parts)

Rapid prototypes for robotics, energy, telecom, medical devices, tools and automotive

teflon cnc machining

Clara A: Clear

Clara A is clear plastic with excellent resistance against humidity and moisture. The main reason customers choose Clara A is for its transparency. It is easy to recoat and clean.

Advantages

Transparent ♠
Resistant to humidity and moisture
Easy to process and finish
Simulates acrylic effect

♠ Parts come as semi-clear out of the machines. Please specify polishing or transparent when customzing your order.

Applications

Master patterns
Concepts and prototypes
Fluid flow analysis
Optical testing
Car headlights

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2540-2720 MPa

ASTM D 638

Tensile Strength at Break

45-53 MPa

ASTM D 638 @ 66PSI

Heat Deflection Temperature

50-55°C

ASTM D 790

Flexural Strength

60-75 MPa

ASTM D 638

Flexural Modulus

2080-2350 MPa

ASTM D 256

Izod Impact (Notched)

20-30 J/m

ASTM D 2240

Hardness Shore D

81-85

Magna W120: heat resistant

The primary characteristic of Magna W120 is its strong resistance to heat (up to 90 degrees Celsius). It is also a highly robust material resistant to a wide range of substances, including solvents and oil. Excellent thermal performance makes Magna W120 suitable for a wide range of applications, including light fittings and in the internals of cars.

Advantages

Resistant to heat
Excellent detail resolution
Easy to process and finish

Applications

Automotive
Tooling
Wind tunnel testing
Temperature testing
Casings for electronics
Light fittings

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2840-3112 MPa

ASTM D 638

Tensile Strength at Break

56-66 MPa

ASTM D 638

Elongation at Break

4-8%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

75-90°C

ASTM D 790

Flexural Strength

60-80 MPa

ASTM D 638

Flexural Modulus

2678-3118 MPa

ASTM D 256

Izod Impact (Notched)

22-32 J/m

ASTM D 2240

Hardness Shore D

86-90

Magna L100: heat resistant

Magna L100 has a heat resistance of 80 ° C, which is similar to the performance and appearance of ABS. It has excellent corrosion resistance for various solvents and oils. The superb temperature resistance makes the Magna L100 suitable for a broader range of applications, including automotive interiors. After the forming, the surface texture is smooth, and only very short postprocessing is required, which significantly reduces the production period of the hand model.

Advantages

High temperature resistance
Excellent detail and surface texture
Easy to make and postprocess

Applications

Automobile industry
High temperature model making
Wind tunnel testing
Electronics housing
Lighting production

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2385-2896 MPa

ASTM D 638

Tensile Strength at Break

56-61 MPa

ASTM D 638

Elongation at Break

4-8%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

75-80°C

ASTM D 790

Flexural Strength

81-89 MPa

ASTM D 638

Flexural Modulus

2815-2875 MPa

ASTM D 256

Izod Impact (Notched)

20-30 J/m

ASTM D 2240

Hardness Shore D

82-86

Magna L90: heat resistant

Magna L90 has a heat resistance of 70 ° C, which approximates the performance and appearance of ABS. The excellent temperature resistance makes the Magna L90 suitable for a broader range of applications, including automotive interiors. The surface texture is smooth after molding and requires very little postprocessing.

Advantages

High temperature resistance
Excellent detail and surface texture
Easy to make and post-process

Applications

Automobile industry
High temperature model making
Wind tunnel testing
Electronics housing
Lighting production

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2735-2796 MPa

ASTM D 638

Tensile Strength at Break

56-61 MPa

ASTM D 638

Elongation at Break

4-8%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

75-80°C

ASTM D 790

Flexural Strength

76-83 MPa

ASTM D 638

Flexural Modulus

2715-2755 MPa

ASTM D 256

Izod Impact (Notched)

20-30 J/m

ASTM D 2240

Hardness Shore D

82-86

Robusta G: tough and durable

It acts as a replacement for CNC-machined polypropylene or ABS and is ideal for producing master models for vacuum casting. It has all the benefits and convenience associated with Formula L1 but is significantly stronger, which opens up a new range of uses.

Advantages

Very strong and durable
Convenient to clean and finish
Highly detailed
Accurate

Applications

Functional prototypes that need to be tough
Snap-fit models
Jigs and fixtures

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2170-2295 MPa

ASTM D 638

Tensile Strength at Break

38-45 MPa

ASTM D 638

Elongation at Break

15-20%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

55-60°C

ASTM D 790

Flexural Strength

60-68 MPa

ASTM D 638

Flexural Modulus

2276-2389 MPa

ASTM D 256

Izod Impact (Notched)

28-33 J/m

ASTM D 2240

Hardness Shore D

80-84

Robusta LR: tough and durable

As a high-tough material series, Robusta LR offers better elongation at break and impact strength, and higher thermal performance and precision. Its texture and color are very similar to ABS and other thermoplastics, making it ideal for prototyping and functional testing.

Advantages

Very tough and very durable
Easy to clean
Fine surface texture
Fine surface texture

Applications

Functional hand model with high toughness requirements
Snap-on models
Fixtures

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2900-2981 MPa

ASTM D 638

Tensile Strength at Break

58-65 MPa

ASTM D 638

Elongation at Break

7-11%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

60-65°C

ASTM D 790

Flexural Strength

78-85 MPa

ASTM D 638

Flexural Modulus

2580-2663 MPa

ASTM D 256

Izod Impact (Notched)

30-35 J/m

ASTM D 2240

Hardness Shore D

81-85

Formula W: ABS-like

Formula W printing material is an excellent alternative to ABS. The color is white, and its unique physical properties make it suitable for the production of various models. It can be applied to the master models and conceptual models, the general parts and functional parts of the automotive, medical, consumer electronics, and other industrial fields.

Advantages

High precision
Excellent temperature resistance
Good moisture resistance and yellowing resistance
Strong toughness
Excellent process-ability
Wide range of applications

Applications

Functional models
Conceptual models
Small batch productions

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2270-2380 MPa

ASTM D 638

Tensile Strength at Break

43-48 MPa

ASTM D 638

Elongation at Break

8-11%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

56-60°C

ASTM D 790

Flexural Strength

762-70 MPa

ASTM D 638

Flexural Modulus

2312-2401 MPa

ASTM D 256

Izod Impact (Notched)

18-30 J/m

ASTM D 2240

Hardness Shore D

81-85

Formula L1: ABS-like

This material is an excellent substitute for ABS in 3D printing. Its opaque white color resembles ABS closely, and its physical attributes make it suitable for almost any application. Aside from being durable, it is also highly practical to work with as it only requires the very minimum of postprocessing.

Advantages

Highly accurate
Good resistance to humidity
Highly durable
Good resistance to yellowing
Suitable for a very wide range of applications

Applications

Functional prototypes
Conceptual models
Low-volume production parts

Mechanical Properties

ASTM Method

Property Description

Value

ASTM D 638

Tensile Modulus

2905-2986 MPa

ASTM D 638

Tensile Strength at Break

58-65 MPa

ASTM D 638

Elongation at Break

7-11%

ASTM D 638 @ 66PSI

Heat Deflection Temperature

60-65°C

ASTM D 790

Flexural Strength

79-86 MPa

ASTM D 638

Flexural Modulus

2590-2673 MPa

ASTM D 256

Izod Impact (Notched)

30-35 J/m

ASTM D 2240

Hardness Shore D

81-83

©2020 Creative Objex, LLC
Privacy Policy