We believe that materials are the key to the industrialization of 3D printing. FABULOUS offers a wide range of powders for industrial 3D printing technologies on powder beds. Our materials are compatible with 90% of the machine brands on the market. Take advantage of our ultra-competitive prices, with support and services included. Request a quote now and discover our range of materials and data sheets below.
The added values of our 3D printing polymer powder materials:
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High performance with premium properties and features
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Certifications on target markets: food contact, drinking water immersion, etc.
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Compliance with the Good Manufacturing Practices (GMP) of the EC Regulation 2023/06
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Compatibility with all 3d powder printing systems, including compact & desktop SLS 3D printers
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Material refreshment rate among the best on the market
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Ultra-competitive prices, support and services included.
Discover our range and data sheets below. Request a quote here. We also develop custom materials for our customers in very targeted niche markets of additive manufacturing.
BLUECARE
PA11 blue in the mass for optical detection
Food contact certificates EU 10/2011 & FDA CFR 21
Bio-sourced components including Polyamide 11
DETECT
PA11 blue in the mass for optical detection
Polymer-metal composite for detection
Metal X-rays
Food contact certificates EU 10/2011 & FDA CFR 21
Compatible with compact & desktop SLS 3D printers
Bio-sourced components including Polyamide 11
ACTIVE
PA11 glass beads
Sanitary conformity accreditation (ACS) for drinking water
Bio-sourced components including Polyamide 11
DARK
PA11 black
Compatible with compact & desktop SLS 3D printers
Bio-sourced components including Polyamide 11
DEEP
PA11 black glass beads
Compatible with compact & desktop SLS 3D printers
Bio-sourced components including Polyamide 11
CUSTOM MATERIALS DEVELOPMENT
Developing a new material in additive manufacturing gives you a phase lead in your market. Fabulous supports companies in this process over the long term, from the detection of niche markets to the formulation and characterization of materials, up to the test phases with machine manufacturers.
Examples of current developments:
Development of new formulations for a PA adapted to the food industry
Material development for the Medtech industry
Development of new elastomeric material for shock absorption
