3D printing company in the automotive sector

Automotive 3D Printing Experts

From prototyping to the production of customised parts and process optimisation, Additium 3D offers you an infinite range of possibilities in the automotive industry.

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3D Printing by Additium 3D in the Aerospace Industry

Examples of 3D printing in the automotive industry created by Additium 3D

In the automotive world, 3D printing technology has revolutionised the way vehicles are designed, manufactured and improved. We would like to share with you some real images of projects we have carried out at Additium3D in the Automotive Sector.

3D printing offers numerous advantages for companies in the automotive industry

3D Printing Applications in the Automotive Sector

Rapid prototyping of parts

Facilitates rapid prototyping and testing of parts prior to mass production.

Tool and tooling manufacture

Enables the manufacture of customised tools and tooling for assembly and manufacturing processes.

Production of final parts

From interior components to body parts, 3D printing is used to manufacture final parts from strong, durable materials.

3D Scanning Automotive

3D scanning technology is used to digitise existing parts and create digital models for subsequent printing.

Benefit from the flexibility and efficiency offered by 3D printing in the automotive industry.

3D printing for automotive companies

Vehicle and component manufacturers

3D printing allows them to streamline design and production, reduce costs and offer customised products.

Design and prototyping service providers

They can help manufacturers develop prototypes and validate new models and components.

Repair and customisation workshops

They use 3D printing to manufacture customised spare parts and components.

Automotive technology research and development companies

They explore new solutions and carry out efficient tests with 3D printing.

Automotive 3D parts

Examples of 3D printed components

Ventilation ducts and air ducts

3D printed air and ventilation ducts can be designed to perfectly match the airflow needs of a specific vehicle, improving the efficiency of the air conditioning system and aerodynamics.

Supports and fixings

The 3D printed brackets and fixings can be customised to ensure a precise fit and secure attachment of components such as sensors, lights and electronic devices inside and outside the vehicle.

Headlamp and light housings

3D printed headlight and light housings offer the possibility of complex, customised designs that can enhance the aesthetics and functionality of vehicle lighting systems.

Fluid pipelines and cooling systems

3D printed fluid lines and cooling systems can be designed to fit into tight spaces and complex shapes, improving the efficiency of the engine cooling system and other critical vehicle components.

Seat structures and interior panels

3D printed seat structures and interior panels can be optimised to offer a perfect combination of strength, comfort and light weight, allowing for innovative and customised vehicle interior designs.

Suspension and steering components

3D printed suspension and steering components can be designed to improve stiffness, strength and durability, offering superior performance and a smoother, safer ride.

Where to Buy 3D Printed Automotive Components

At Additium3D, we are committed to a comprehensive 3D printing service in the automotive sector, from conceptualisation to final delivery.

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3D printing experts for business

Why choose Additium3D 3D printing?

Full service: from design to manufacture

We offer a comprehensive service that covers the whole process. If you only have an idea, we start with the design phase, where we work hand in hand with you to understand your needs and requirements. Finally, we carry out large-scale 3D manufacturing, using advanced technology to produce all the necessary units with the same attention and quality.

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

In the testing phase you can review and validate the prototype. And once we have the finalised design, we start the full-scale production phase to ensure that the result meets your expectations.

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 AEROSPACE 3D PRINTING

How is the aerospace industry using 3D printing?

The aerospace industry uses 3D printing to produce lightweight, strong parts, optimise complex designs and reduce costs. This technology enables the creation of components for aircraft, rockets and satellites, from prototypes to functional parts, improving the efficiency and performance in space flight and space missions.

What are the advantages of 3D printing in space?

In space, 3D printing allows parts to be manufactured directly on space stations, eliminating the need to transport them from Earth. This reduces costs, saves space and allows astronauts to repair equipment or build specific tools quickly and efficiently.

What are the advantages of 3D printing in rocket design?

In rocket design, 3D printing makes it possible to create lighter and more efficient engines and components with fewer assembled parts. This not only reduces the overall weight of the rocket, but also reduces manufacturing costs and the time needed to develop new generations of space vehicles.

What can you infer about the aviation industry before 3D printers?

Before 3D printers, the aviation industry relied on traditional manufacturing methods that were slower, more costly and more design-constrained. This limited the ability to innovate quickly and meant more effort was required to reduce aircraft weight and improve efficiency.

How is NASA using 3D printing?

NASA is using 3D printing to make parts on Earth and in space. It has created tools and components on the International Space Station and is exploring their use to build habitats on the Moon or Mars, using local materials such as lunar regolith rather than transporting resources from Earth.

How does 3D printing in space differ from 3D printing on Earth?

In space, 3D printing faces unique challenges such as microgravity, which requires specific technologies and materials to ensure parts are formed correctly. In addition, printing with reusable or environmentally adapted materials is prioritised in space, while more options and manufacturing freedom are available on Earth.