PP

Yes

PP (Polypropylene) is a lightweight, durable 3D printing material with excellent chemical and fatigue resistance. Its flexibility and low moisture absorption make it ideal for functional parts. PP is exceptionally suited for concrete formwork due to its toughness and ability to withstand harsh conditions.

Additive;Subtractive

80°C

PETG

No

PETG is a durable, flexible, and easy-to-print 3D printing material. It offers high strength, chemical resistance, and transparency, making it ideal for functional parts, prototypes, architectural and design items. PETG combines the strength of ABS with the ease of printing of PLA.

Additive;Subtractive

80°C

ABS 20% GF

Yes

Fiber-reinforced ABS is a high-strength 3D printing material infused with with 20% glass fiber content for enhanced rigidity and durability. It offers good heat resistance, toughness, and dimensional stability, making it ideal for structural and load-bearing applications. Ideal for low-mid temperature applications such as concrete formwork, composite tooling, jigs&fixtures and functional prototypes.

Additive;Subtractive

105°C

ABS 20% CF

Yes

Fiber-reinforced ABS is a high-strength 3D printing material with 20% carbon fiber content for enhanced rigidity and durability. It offers good heat resistance, toughness, and dimensional stability, making it ideal for structural and load-bearing applications. Ideal for low-mid temperature applications such as concrete formwork, composite tooling, jigs&fixtures and functional prototypes.

Additive;Subtractive

105°C

PESU 25% CF

Yes

PEI (Polyetherimide) and PESU (Polyethersulfone) are high-performance 3D printing materials known for their exceptional thermal stability, chemical resistance, and mechanical strength. These materials excel in high-temperature applications and are ideal for production pre-preg tooling, offering durability and precision under extreme conditions.

Additive;Subtractive

205°C

PEI 20% CF

Yes

PEI (Polyetherimide) and PESU (Polyethersulfone) are high-performance 3D printing materials known for their exceptional thermal stability, chemical resistance, and mechanical strength. These materials excel in high-temperature applications and are ideal for production pre-preg tooling, offering durability and precision under extreme conditions.

Additive;Subtractive

205°C

M700

No

Sika M700 is a versatile tooling material perfect for manufacturing composite parts with resin infusion or wet lay-up techniques or as an affordable solution for manufacturing jig and fixtures.

Subtractive

77°C

LAB 975

No

LAB 975 is a new low density epoxy board with high dimensional stability, used for master models for epoxy prepregs or heat curing composite tools or parts, short run vacuum forming moulds.

Subtractive

130°C @4bar

LAB 1000

No

LAB 1000 is a heavy-duty high density tooling board for stamping tools, checking fixtures, metal and vacuum forming tools.

Subtractive

95°C @4bar

BE978

No

BASE 978 is a low density epoxy board with high dimensional stability, used for master models for epoxy prepregs or heat curing composite tools or parts, short run vacuum forming moulds.

Subtractive

145°C @4bar

ALU 7075

Yes

Investing in Aluminum tooling is an excellent solution for manufacturing higher volume prototype parts or low volume production runs, particularly where a high-gloss surface finish is desired on the molded face of your final component. If treated correctly, aluminium tooling will easily manufacture more than 100 components with minimal degradation or maintenance required.

Subtractive

150°C

ALU 6082

Yes

Investing in Aluminum tooling is an excellent solution for manufacturing higher volume prototype parts or low volume production runs, particularly where a high-gloss surface finish is desired on the molded face of your final component. If treated correctly, aluminum tooling will easily manufacture more than 100 components with minimal degradation or maintenance required.

Subtractive

150°C

ALU 6061

Yes

Investing in Aluminum tooling is an excellent solution for manufacturing higher volume prototype parts or low volume production runs, particularly where a high-gloss surface finish is desired on the molded face of your final component. If treated correctly, aluminium tooling will easily manufacture more than 100 components with minimal degradation or maintenance required.

Subtractive

150°C

ALU 5082

Yes

Investing in Aluminum tooling is an excellent solution for manufacturing higher volume prototype parts or low volume production runs, particularly where a high-gloss surface finish is desired on the molded face of your final component. If treated correctly, aluminium tooling will easily manufacture more than 100 components with minimal degradation or maintenance required.

Subtractive

150°C