3D Printing Service

A heated chamber maintains a stable temperature throughout the printing process, preventing issues such as warping or cracking, especially in technical materials. It is key for successfully printing larger parts, as it reduces internal stress and improves layer adhesion. The result is more durable, precise, and reliable parts, even in long and demanding print jobs.

A large build volume allows the production of bigger parts in a single print, without the need for assembly. With dimensions up to 40×40×72 cm, it expands design possibilities for prototyping, functional parts, and industrial projects.

It also improves structural strength, reduces assembly time, and enables the efficient manufacturing of more complex parts.

Multi-material and multi-color printing allows the combination of different materials and colors in a single part, expanding design and functional possibilities by integrating properties such as rigidity, flexibility, and thermal resistance.

This reduces post-assembly, improves process efficiency, and enables the production of more advanced parts for technical and industrial applications.

The most widely used material in 3D printing, biodegradable and easy to process, offering high precision results. Ideal for decorative models and large indoor parts.

It features high rigidity, so it is not recommended for outdoor use or harsh environmental conditions.

It offers better mechanical properties than standard PLA, with higher impact resistance and slightly improved flexibility.

Ideal for indoor mechanical parts, prototypes, and moderately demanding applications, when better performance is needed without using advanced technical materials.

A material that represents a major advancement in 3D printing. It is slightly more demanding to print than PLA, but delivers high precision and excellent surface finish.

It offers properties similar to ABS, with greater flexibility and improved impact resistance.

Ideal for mechanical and functional parts, such as 3D printer components, suitable for indoor use and some outdoor applications.

Materials that are more demanding to process, especially in large-format parts, although they deliver excellent results in small technical components.

They stand out for their high impact resistance, chemical resistance, and moisture resistance. In the case of ASA, it also offers UV resistance, making it ideal for outdoor use.

Thanks to our heated printers, these materials can be processed with greater stability and quality.

We offer flexible materials with different Shore hardness levels, adapted to each application. We can work up to Shore 70A, from slightly flexible parts to highly elastic components.

Ideal for seals, shock absorbers, protective parts, and components requiring impact absorption or controlled deformation.

Contact us to find the best option for your project.

Our catalog is not limited to standard materials. We also work with technical materials such as HIPS, polypropylene (PP), different types of nylon —including reinforced nylons— and carbon fiber reinforced PETG, among others.

These materials are designed for demanding applications where improved mechanical properties, chemical resistance, or lower weight are required.

Tell us what you need for your final part and we will advise you to choose the most suitable material.