Fused deposition modeling (FDM)
Fused Deposition Modelling (FDM) is a 3D printing (additive manufacturing) solution known for its extraordinary versatility and functionality. This process enables the manufacturing of components using an extensive range of technical thermoplastics, from rigid and translucent materials to highly flexible elastomers. At Ineo, we leverage FDM's capabilities to provide you with robust, functional parts, precisely adapting to the mechanical and thermal requirements of every project.
Fused deposition modeling (FDM)
It is an additive manufacturing technology that is used for the production of prototypes and the production of short series.
We have experience in the different applications of this technology. Fused deposition modeling is one of the best known, due to the fact that in parallel to professional machines, simpler and more economical options have appeared that are making it possible to make 3D printing known to a wider public sector.
At Ineo, we manufacture 3D printed pieces using Fused deposition modeling (FDM) with different technical materials and approved by the industry.
Our consolidated technical expertise in FDM technology positions us as a strategic partner for industrial environments requiring the use of certified technical materials. At Ineo, we focus on the manufacturing of engineering components and tooling that precisely meet the demands of your specific application. Trust our professional judgement to ensure the repeatability and regulatory quality of your end-use parts.
Do you need to manufacture tooling or engineering components using certified technical materials? Would you like to discover how our FDM expertise can help optimise the functionality and thermal resistance of your parts?
Talk to our technical team
What is fused deposition modeling (FDM)?
How does fused deposition modeling (FDM) works?
The automated head produces two flat X and Y movements on a platform with vertical movement. The head performs the function of extruder, heating the filament of thermoplastic material, from which it is fed, until it melts. The deposition of the material on the base performs the construction of each section or layer of the piece. Each time a layer is completed, the table descends to continue with the next one.
Depending on the shape of the object or piece to be manufactured, it is necessary to consider the need to build supports while the piece is built. These must be done in a way that allows them to be removed without excessive complications once the creation process is finished.
Applications of fused deposition modeling (FDM)
The fused deposition modeling (FDM) performed in professional machines facilitates the obtaining of quality pieces with final and approved materials. This additive technology is applied in sectors such as industry, medicine and aeronautics. These are some of its applications:
- Models for dimensional and functional validation of product
- Parts with approved material for aeronautics
- Possibility of chromating ABS parts
- Manufacture of short series (low volume manufacturing) of pieces
- Manufacture of lower cost parts
Advantages of fused deposition modeling (FDM)
Some of its advantages are:
- Wide variety of materials: ABS, ABS / PC, PC, PLA, PET, PA, materials mixed with fibers, with high performance
- Ease of removing media
- Absence of post curation
- Possibility of manufacturing very large pieces without deformations
- Possibility of combining materials during manufacturing
Aspects to consider
Some considerations regarding fused deposition modeling (FDM):
- Construction speed lower than other technologies
- It requires a good orientation of the piece for the generation of supports
- It is not recommended to nest pieces one over the other during manufacturing
- The temperature in the work area must be controlled
FAQs – FDM 3D Printing & Industrial Applications Insights
- What is Fused Deposition Modeling (FDM)?
FDM is an additive manufacturing process where thermoplastic material is extruded layer by layer to create physical parts directly from a digital model. - What materials can be used in FDM printing at Ineo?
Ineo works with a wide range of thermoplastics including ABS, PLA, PETG and reinforced materials depending on mechanical and functional requirements. - What is FDM mainly used for in industry?
It is used for prototypes, functional testing, tooling elements, jigs, fixtures and low-volume production of industrial parts. - How does FDM compare to other 3D printing technologies?
FDM is cost-effective and versatile, ideal for functional parts, but offers lower surface resolution compared to technologies like SLA, MJF or SLS. - Can FDM parts be used as final production components?
Yes, depending on design and material selection, FDM parts can be used as end-use components in industrial applications. - Can Ineo ship FDM printed parts internationally?
Yes, Ineo manufactures FDM parts in Barcelona, Spain, and delivers prototypes and production parts across Europe and worldwide.
National and International Delivery Times for 3D Printing Services
Need your parts ASAP?
Ineo provides high-speed 3D printing for professional applications, guaranteeing fast-turnaround deliveries with optimized lead times.
We manufacture locally in Terrassa (Barcelona, Spain) and distribute worldwide, offering streamlined production for end-use parts, prototypes, functional testing, and urgent technical series.
📦 No minimum order quantity – Guaranteed delivery times – Technical support
3D Printing Delivery Times in Spain:
Small-Scale Parts
- FDM 3D printing → 2-3 business days
Large-Scale Parts
- FDM 3D printing → 4-7 business days
Deliveries to Canary Islands, Balearics, Ceuta & Melilla:
Shipments to these regions may require 1-5 additional business days due to logistics and (for Canary Islands) customs processing.
International 3D Printing Deliveries:
Orders outside Spain require extended lead times. Additional delivery time varies by destination country and local logistics/customs factors.
For precise international delivery estimates, contact our customer service team.
Ready to manufacture your parts?
INEO PROTOTIPOS S.L.
C/Avenc del Daví, 6 Pol.Ind.Can Petit
Terrassa, Barcelona 08227
Tel. +34 937 337 000
Email: contact@ineo.es
Web: https://www.ineo.es