3D CAD Design Company in Spain
Additium3D 3D Design and 3D CAD Modelling Service
Want to 3D print but don't have a design to do it? Additium3d does it for you!
- Experts in 3D CAD Modelling.
- We design virtual and 3D prototypes to send directly to print.
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What does the Additium 3D Modelling service consist of?
Our 3D Design Service is much more than the creation of simple models three-dimensional. Our team of expert designers work closely with you to understand your concepts and turn them into detailed and attractive visual representations.
From the initial conceptualisation to the prototyping digital, we strive to exceed expectations. Whether you're bringing a new product to life or visualising changes to an existing design, our 3D Design service is designed to inspire and transform your ideas into reality.
What would be the process for contracting 3D Design with Additium 3D?
Tell us your idea
Before you start, clearly define your ideas and objectives for the design. The more precise your concept is, the better we will be able to realise it.
Get a quote
Within hours, you will receive an analysis of your idea and a detailed budget with recommendations and prices.
3D Modelling begins
Once you have reviewed and accepted the quotation, we will start the 3D design of your project.
You receive your concept in 3D design
You can receive your files in a format for direct 3D printing or integrate it into your project.
What software or programmes does Additium 3D use for the 3D Design service?
Thanks to the cutting-edge technologies and software we use at Additium 3D, the possibilities of 3D design multiply.
3D Design Software
- Solidworks
Used in 2D and 3D, Rhinoceros is a versatile and accurate 3D modelling software that stands out for its intuitive interface and powerful tools. It allows the creation of complex models with ease. Its support for a variety of file formats and quality rendering capabilities make it a valuable choice for projects that require versatility and accuracy in three-dimensional design.
- Blender
Blender is the tool that we usually use for the edition of Figuras y Mayas. It is an open source 3D modelling tool that provides versatility and flexibility. It is known for being a powerful and free option, ideal for creative projects. Blender is used for both static object design and animation, making it a valuable option for a variety of purposes.
- Autocad
AutoCAD is a computer-aided design (CAD) tool that has been an industry leader for decades. It is renowned for its ability to create accurate 2D drawings and three-dimensional models efficiently. It offers a wide range of tools that allow users to realise their ideas in detail. Its intuitive interface and parametric design functions make it easy to create and modify drawings and models, making it an indispensable tool for professionals seeking accuracy and efficiency in their design projects.
- 3DSlicer
3DSlicer is a free and open source software tool and is the one we usually use in Additium 3D in medical work. It is designed primarily for 3D medical image processing and visualisation. Its versatility makes it a popular choice in the research and clinical practice. Customisability and an active community of users and developers make 3DSlicer a robust choice for those looking for specialised solutions in the medical and scientific fields.
- Meshmixer (Quick Edition of .STLs)
Meshmixer is a free and easy-to-use 3D modelling tool that stands out for its ability to intuitively edit and manipulate three-dimensional meshes. In Additium 3D we use it mainly for quick editing of .STLs.
Meshmixer, designed by Autodesk, is ideal for those looking to make detailed adjustments to existing models, combine different shapes and perform advanced digital sculpting operations. With powerful yet accessible tools, this application is perfect for creating complex models and preparing files for 3D printing.
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What can I design in 3D with Additium 3D?
The possibilities are endless! This list is just a starting point, as the possibilities of 3D design are virtually limitless and cover a wide range of industries and creative applications.
Custom jewellery design with precise details and intricacies that are difficult to achieve with traditional methods.
Rapid development of prototypes and concept models to evaluate ideas and concepts before production.
Creation of environments and interior spaces, allowing the visualisation of decoration designs and furniture layout.
Design of detailed models and customised toys that can be produced by 3D printing.
Detailed architectural models, construction plans and three-dimensional visualisations of buildings and spaces.
From machine components to electronic devices, it is used in the creation of industrial products to optimise their form and function.
Creation of characters for video games, films and animations, allowing the digital representation of imaginary worlds.
Modelling of customised medical devices and prototypes for the healthcare industry.
Do you have a 2D project or idea and want us to help you show it?
Our team offers 3D modelling of parts based on your 2D or paper designs, so that these can then be manufactured, and we can also scan people to create miniatures!
FAQS 3D DESIGN
A 3D model has diverse applications, from creating industrial products and architecture to designing characters for animations. It is also used in prototyping, custom jewellery, interior design, and more. The possibilities are virtually limitless.
Ease of use may vary depending on the user's experience, but programs such as TinkerCAD and SculptGL are known to be intuitive, ideal for beginners. Each designer may have different preferences, so exploring several programs is recommended.
The list is extensive and includes industrial products, architecture, jewellery, characters and animations, prototypes, footwear, mock-ups, digital art, and more. 3D design is used in a variety of industries and creative applications.
The 3D design is used in industries such as manufacturing, architecture, medicine, entertainment (animation and video games), product design, advertising, and more. It is a key tool where visualisation and three-dimensional representation is required.
Some free 3D modelling programs include TinkerCAD, Blender, Fusion 360 for personal use, and SketchUp Free. These programs offer powerful tools at no upfront cost.
CAD (Computer Aided Design) software is essential in 3D printing. It allows the creation of accurate three-dimensional models that can then be printed. Programs such as Fusion 360 and TinkerCAD are common for designing parts before printing on a 3D printer.
