3D printing services Wrocław

MJF printing is characterised by strength parameters similar to those of injection-moulded parts, ensuring high durability and reliability in industrial applications.

The dimensional accuracy of the components is +/- 0.3 mm, which ensures high quality and precision of each production batch.

Thanks to MJF technology, parts can have the most complex geometries, as the process does not require the use of supports, which opens up new possibilities in product design.

3D printing in MJF enables iterative production without the additional costs associated with manufacturing injection moulds, which reduces production costs.

The PA12 material used in MJF technology is highly resistant, which means that parts printed using this technology can be used in a wide range of applications, including in contact with water, skin and other demanding conditions.

We offer comprehensive post-processing, including varnishing, wood veneering and other services that ensure the excellent quality and aesthetics of the finished elements.

FDM allows the use of various thermoplastic materials, such as ABS, PLA, PETG, or nylon, which makes it possible to adapt the mechanical and thermal properties of parts to specific application requirements.

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

This technology enables rapid prototyping, which significantly reduces the time needed for testing and bringing products to market.

Compared to other methods of manufacturing parts, FDM allows for lower production costs, especially for smaller series.

SLA technology enables the creation of extremely detailed prints with a perfectly smooth surface, allowing for precise reproduction of even the most complex details.

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

A variety of photopolymer materials that allow for the adjustment of the mechanical and aesthetic properties of parts, including high temperature resistance, flexibility and transparency.

Prints created using SLA technology are characterised by an aesthetic and smooth surface, which reduces the need for additional finishing and speeds up the production process.

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