
PA12 ECO Powder
Recycled PA12 powder for cost-effective SLS printing
Durable, functional parts at a lower cost. Recycled PA12 powder with excellent strength and flexibility for Lisa X.
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Lower production costs
PA12 ECO enables significantly lower material costs compared to virgin PA12 powders, helping you produce prototypes and functional parts more economically.
Recycled feedstock
Manufactured using recycled PA12 feedstock, PA12 ECO supports a more sustainable additive manufacturing workflow and helps reduce material waste.
Functional mechanical performance
Despite its recycled origin, PA12 ECO provides high tensile strength, good elongation at break, and excellent resistance to mechanical stress.
PA12 ECO powder is designed for users looking to reduce material costs and improve sustainability. Offering an excellent balance of strength, flexibility, and durability, it is ideal for functional prototypes, technical parts, and everyday engineering applications. Compatible with Lisa X and nitrogen atmosphere printing.
PA12 ECO is a recycled PA12 powder designed for SLS 3D printing. It offers a cost-effective alternative to virgin PA12 materials while maintaining a strong balance of mechanical strength, flexibility, and durability.
PA12 ECO is compatible with the Sinterit Lisa X and is intended for printing in a nitrogen atmosphere.
PA12 ECO helps reduce material costs while providing reliable mechanical properties for functional applications. It also supports more sustainable manufacturing by utilizing recycled PA12 feedstock.
Yes. PA12 ECO was developed for functional prototypes, fixtures, jigs, spare parts, and technical components that require good strength and durability.
PA12 ECO combines high tensile strength, good elongation at break, and resistance to mechanical stress, making it suitable for demanding industrial applications.
Yes. Parts printed with PA12 ECO can undergo vapor smoothing to improve surface finish and achieve a more uniform appearance.
PA12 ECO produces parts in a grey color, making it suitable for both prototyping and functional applications.












