Get an instant quote, choose from the best HP MJF and FDM technologies, with fast shipping in 3-5 days

Industrial 3D printing for your production

Performance materials and advanced technologies: HP MJF and FDM

HP MJF vs FDM: Choose the technology that best suits your needs

How to Get an Instant Quote

Immediate estimate: get an estimate for work and services in seconds.

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INSTANT QUOTE

Log in with your credentials or register in seconds. Upload your files to the platform and start the 3D printing quoting process.

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SELECT THE PROCESS

Choose from HP MJF or FDM technologies, select the material, and set the machining specifications to choose the finish and lead time.

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ORDER ONLINE

For machining with HP MJF technology, immediately receive a detailed quote for your project and confirm the order with online payment in total security.

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TRACK YOUR ORDER

Follow the progress of production from your personal area. Get your printed parts on schedule.

Quotation via RFQ

For complex requests and prints with FDM technology, a dedicated quoting system

The parts subjected to RFQ are analyzed by our team of professionals and partner companies, ensuring optimal solutions in terms of feasibility, materials and production processes. Upload your files, select technology and material specifications. Once the analysis is complete, you will receive the personalized quote and you can confirm the order with online payment.

3D Printing Technologies, Precision and Support for High-Complexity Industries

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VOLUME

We are able to handle large production volumes with fast delivery times, optimizing every step of the process to meet the timelines required by our customers.

REGULATED SECTORS

With experience in various industries, we are the ideal partner for companies operating in highly regulated environments and with specific technical needs.

SUPERVISED PROCESSES

Supervised production, where precision and reliability come from the use of advanced technologies and proprietary methods optimized for part control and finishing.

INDUSTRIAL TECHNOLOGIES

We constantly invest in the best industrial technologies, such as HP MJF and FDM, to ensure high performance and the ability to support large-scale production.

Tailor-made thermoforming products: quick and fixed-price solutions

High precision and guaranteed shipping in 5 days

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Thanks to 3D printing technologies, we produce thermoforming models with excellent precision, ideal for professionals in the sector who need products characterized by a high degree of customization.

We offer fast and reliable solutions, with guaranteed shipping within 5 days of order confirmation. Our fixed prices ensure maximum transparency and competitiveness, to optimize time and reduce costs without compromising quality. Choose NIUO to get accurate and timely results for your practice or lab.’

HP MJF 3D Printing Technology, precision, and support for high-complexity industries:

Versatility, economy and resistance: the FDM solution for prototypes and small series

FDM is an ideal solution for prototypes and small series, keeping costs low without compromising quality.

FDM technology offers a wide range of versatile materials such as ABS, NYLON PA12+CF, PLA, ABS FOOD and many others, ideal for meeting the needs of functional prototypes and industrial applications.

The materials used are known for their outstanding characteristics, offering robust solutions for technical applications that require superior performance. In addition, post-production services are simple and efficient: removal of supports, inserts, sanding are operations that can be carried out with ease, making FDM technology ideal for rapid prototyping and the production of functional components.

3D Printing Materials with HP MJF and FDM

Explore our selection of advanced materials to meet the needs of every project, from prototyping to industrial production.

Post-processing and finishing for parts printed with HP MJF technology

Frequently asked questions

Immediate estimate: get an estimate for work and services in seconds.

FDM (Fused Deposition Modeling) printing is an additive technology that builds 3D objects by depositing successive layers of molten thermoplastic. It is a versatile and cost-effective solution that is perfect for functional prototypes, technical components and small series production.

However, like all technologies, it has some limitations to consider:

  • Layer visibility: Surfaces may exhibit a stepped texture due to layering.
  • Dimensional tolerances: Accuracy can vary, especially with complex or very small geometries.
  • Warping: some parts, especially those that are larger or have flat geometries, can deform during cooling (warping effect), compromising the adhesion to the plane or the final shape.
  • Anisotropic strength: Parts are less strong along the Z-axis, where cohesion between layers is lower.
  • Supports and post-processing: Some shapes require supports, and post-press treatment may be required to improve aesthetics.
  • Removal of supports: In some cases, removal of supports can leave marks or imperfections on the surface, affecting the level of aesthetic finish of the part.

Our 3D printers support different printing volumes depending on the technology required;

  • HP-MJF ( 380x380x284 mm)
  • FDM: The maximum available printing area is 300 x 300 x 300 mm with a single extruder.


In dual extruder mode, the usable size is reduced to 255 x 300 x 300 mm.

For larger objects, you can consider splitting them into multiple parts for later assembly. If you have any doubts about the size of your model, our team is available for a technical evaluation.

We mainly accept files in . STL and . STEP/. STP, the most widely used in 3D printing.

The . STL is ideal for direct printing, while the . STEP/. STP is preferred for technical assessments,
changes and better geometry management.

If you have a file in a different format, please contact us and we’ll discuss compatibility or conversion together.

To ensure correct assembly between 3D printed components, it is advisable to provide a minimum functional clearance of 1 mm between the mated surfaces.

This value takes into account the dimensional tolerances typical of additive processes, in particular FDM and HP MJF technologies, and serves to compensate for any variations related to thermal deformations, anisotropies or printing inaccuracies. The definition of the correct clearance is the responsibility of the designer and must be evaluated according to the application, the type of coupling (fixed, mobile, press-fit), and the technology used.

Not sure which technology to choose?

Our dedicated team is at your disposal to guide you in choosing the most suitable solution for your project. Contact us for more information.