3D printing services Wrocław

MJF printing is characterised by mechanical properties comparable to injection-moulded parts, ensuring high durability and reliable performance in demanding industrial applications.

The dimensional accuracy of the components is ±0.3 mm, ensuring high quality and consistent precision across every production batch.

Thanks to MJF technology, parts can feature highly complex geometries, as the process does not require support structures, opening up new possibilities in product design.

MJF 3D printing enables iterative production without the additional costs of manufacturing injection moulds, significantly reducing overall production costs.

The PA12 material used in MJF technology offers high durability and resistance, making parts produced with this method suitable for a wide range of applications, including contact with water, skin, and other demanding operating conditions.

We provide comprehensive post-processing services, including varnishing, wood wrapping/veneering, and other finishing options that ensure outstanding quality and aesthetics of the final parts.

FDM enables the use of a wide range of thermoplastic materials such as ABS, PLA, PETG, and nylon, allowing the mechanical and thermal properties of parts to be tailored to specific application requirements.

FDM is an excellent solution for small-batch production, enabling flexible adaptation to changing market demands without the need to invest in expensive injection moulds.

This technology enables rapid prototyping, significantly reducing the time required for testing and bringing products to market.

Compared to other part manufacturing methods, FDM enables lower production costs, particularly for small production runs.

SLA technology enables the production of highly detailed prints with an exceptionally smooth surface, allowing for precise reproduction of even the most complex geometries.

SLA technology is ideal for producing components with complex geometries, thin walls, and internal structures that are difficult to achieve using other 3D printing methods.

A wide range of photopolymer materials enables the mechanical and aesthetic properties of parts to be tailored, including heat resistance, flexibility, and transparency.

SLA prints are characterised by a smooth, high-quality surface finish, which reduces the need for additional post-processing and speeds up the overall production workflow.

Thanks to its high print resolution, SLA delivers exceptional accuracy, which is particularly important in industries such as medicine, jewellery, prototyping, and precision tooling.