3D Printing for Industrial Engineering and Architecture
3D printing for construction, engineering and architecture
We help companies and technical studies to be validated, presented and optimised. their projects before they go into production or execution.
- 3D printed architectural mock-ups, structural models and functional prototypes
- Full 3D printing service
3D Printing in Engineering and Architecture
Innovative 3D Printing Solutions in Architecture and Engineering
At Additium 3D we work with industrial engineering, civil engineering and architectural firms, developing 3D printing solutions in engineering and architecture for real projects.
We cover the whole process: structural validation, technical analysis and project presentation. Our technology converts ideas into accurate, functional, physical models that are ready to evaluate or display with total clarity.
A technology that adds up,
does not replace
Real-world applications of 3D printing in engineering and architecture
Architectural models with a high level of detail
3D printing in architecture makes it possible to create accurate physical models that represent volumes, textures and the layout of spaces.
Urban modelling and project planning
Functional prototypes in industrial engineering
It allows real parts to be manufactured for validation. This reduces iterations, avoids failures in later phases and accelerates product development.
Modular design and customised parts
This is especially useful in architecture and engineering, where every solution is often different and traditional methods do not always fit.
Technical elements and auxiliary components
Presentation and communication of projects
Moving from a plan to a physical object completely changes the perception of the project.
The 3D printed architectural mock-up not only serves to validate, but also to to better sell an idea.
In Additium3D we do not start from the material, but from the use: what the part needs and in what conditions it is going to work.
3D printing materials for engineering and architecture
Industrial precision and performance
PA12 (Multi Jet Fusion): One of the most powerful materials in 3D printing for architecture and engineering.
- High mechanical strength
- High dimensional stability
- Uniform and professional finish
- Ideal for technical models and functional parts
It is especially useful for complex models, urban models and prototypes that require precision and durability.
Materials for models and visualisation
SLA and PLA resins
- High level of detail
- Excellent surface finish
- Ideal for presentation and visual validation
Perfect for 3D printed architectural models where finishing is key.
Technical engineering materials
ABS and ABS GF (glass fibre)
- Good mechanical resistance
- Stability in technical use
- Widely used in 3D printing in industrial engineering
Ideal for functional prototypes and parts for real indoor use.
Materials for outdoor and demanding conditions
ASA and ASA CF (carbon fibre)
- High UV resistance
- Good weathering performance
- Long-term durability
Designed for exposed parts or industrial environments.
High-performance materials
PAHT CF (carbon fibre)
- Maximum mechanical strength
- Thermal stability
- Use in demanding industrial environments
Flexible materials
TPU
- Elasticity and shock absorption
- Ideal for specific technical parts
Main uses of 3D printing in engineering and 3D printing in architecture
How is 3D printing used in engineering and architecture?
Validation of designs prior to manufacture
It allows errors to be detected at an early stage, reducing costs and avoiding rework.
Rapid prototyping
Develop design iterations in a matter of hours or days, accelerating product development.
Physical models for architecture
3D-printed architectural mock-ups make it possible to visualise spaces, volumes and proportions in a realistic way.
Optimisation of structures
Testing complex geometries and more efficient solutions impossible with traditional methods.
Manufacture of customised parts
Production of unique components adapted to each project or technical need.
Improved project communication
It facilitates understanding between technical teams, clients and investors.
Empower your projects with 3D printing
At Additium 3D we help engineering and architecture companies reduce uncertainty, speed up processes and make better decisions.
LET'S TALK
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Book a call with me and tell me about your project: I will guide you without obligation on how to optimise your production with 3D printing.
3D printing experts for business
Why choose Additium3D 3D printing?
Full service: from design to manufacture
We are a real company. You can visit us in Valencia
Value what really matters: quality, speed and accessibility. Here, you won't deal with intermediaries; you'll talk directly to our technical experts, from the reception of your files to the production and shipping of your parts.
We are creators, not resellers. And we pride ourselves on producing and manufacturing everything in-house.
We work closely with you
TESTIMONIALS
Customer stories
"One of the few companies that is a pleasure to work with. Thank you for your services. I will certainly continue to use your services (...)".
Néstor Grande
Art Director at Montiego
ADDITIUM 3D has done some exceptional printing work for me. They scanned my parts and printed them in superior quality.
They have also printed pieces downloaded from public libraries which have been very useful for my models and scale models. They are fast in execution and delivery.
Paco Niederleytner
Founder
Order received correctly. They were able to capture exactly the idea I asked for. Everything perfect and very friendly!
Maria Pallas
Founder
Spectacular work and treatment. Couldn't have looked better!
Alberto Artola
Founder
Frequently asked questions
FAQS 3D PRINTING IN ENGINEERING AND ARCHITECTURE
Yes, it is one of its main applications. It allows you to create detailed, scalable and professionally finished models.
From prototypes and structural models to final parts, tooling or technical components.
It depends on the purpose: SLA for detail and aesthetics, FDM or SLS for functional parts and MJF for more advanced production.
The 3D printing in industrial engineering allows functional prototypes to be created, designs to be validated and technical parts to be manufactured without the need for moulds. It is key to reducing development times, optimising costs and improving efficiency in production processes.
The 3D printing in civil engineering is mainly used to create infrastructure models, urban models and validation of projects prior to their execution. It facilitates planning, improves visualisation and helps to detect errors before building.
The 3D printing in engineering allows you to iterate designs quickly, manufacture complex geometries, reduce production costs and speed up decision making. It also eliminates the need for upstream tooling or moulds.
Yes, the 3D printed architectural model is one of the most common applications. It allows the creation of detailed, accurate and scalable models for presentations, competitions or validation of architectural projects.
The 3D printing in architecture is ideal for housing, urban planning, interiors, refurbishment and unique projects. It allows you to represent spaces with great realism and improve communication with clients and investors.
