3D CAD design
3D CAD (Computer-Aided Design) is a key tool in industrial product development, as it allows the creation, simulation and optimisation of digital models with great precision. At INFINITIA Industrial Consulting we use this advanced technology to transform ideas into tangible products, reducing development times and improving production efficiency.
Our industrial laboratory has highly qualified specialists and state-of-the-art tools to offer design solutions that adapt to the technical requirements of each sector. Discover what we can do for your project.
What is 3D CAD design?
3D CAD design is 3D modelling. A process of digitally modelling parts and components in a virtual environment, in which specialised software is used to define every detail of a product’s geometry and functionality. Through this technology, structural tests can be simulated, materials can be analysed and potential failures can be predicted prior to manufacture.
At INFINITIA we take 3D CAD design to the next level by using state-of-the-art software and advanced modelling methodologies. The combination of a modern infrastructure and a multidisciplinary team of design and engineering experts allows us to develop tailor-made solutions for each client.
We apply this methodology in a variety of product development projects, from prototyping to optimising existing designs through reverse engineering and advanced simulations.
Benefits of CAD design
One of the main benefits of 3D CAD design is the accuracy and flexibility it brings to product development. Thanks to this technology, companies can reduce production costs, minimise errors and improve the quality of the final product.
We innovate through CAD design, optimising your products with efficient modelling and virtual performance testing. In sectors such as automotive, manufacturing and product engineering, the use of CAD allows you to streamline processes, optimise materials and ensure functionality in design for manufacture.
Types of 3D CAD design
We use various 3D CAD design techniques to adapt to the specific needs of each sector. Our expertise in digital modelling allows us to drive innovation in materials, from conceptual design to final product validation.
1. Parametric Modelling
Parametric modelling is a methodology that allows geometries to be defined using parameters and constraints, facilitating the modification and optimisation of designs without the need to rework them from scratch. It is a very common type of design in mechanical engineering and manufacturing, as it enables precise adjustments and efficient reuse of components in product development. In our case, we use advanced CAD software to ensure flexibility and accuracy in every project.
2. Surface modelling
This approach focuses on the creation of complex, organic shapes, making it ideal for sectors such as automotive design and the aeronautical industry. Through surface modelling, it is possible to generate aerodynamic structures, aesthetic housings and parts with fluid geometries. We work with specialised CAD tools to develop high quality surfaces, optimising both the design and functionality of the product.
3. Solid modelling
Solid modelling is a fundamental technique in the design of mechanical and industrial parts, as it allows the generation of detailed three-dimensional representations with complete information on volume, material and assembly. At INFINITIA we use it to analyse the viability of parts, foresee interferences in the assembly and optimise their manufacture through advanced simulations.
4. Mesh Modelling
On the other hand, this type of modelling is used in reverse engineering and digitisation of existing parts. It is used for the reconstruction of targets through 3D scanning. From our laboratory, we make digital replicas of components, optimise existing designs or facilitate manufacturing through 3D printing.
5. Generative design and topological optimisation
These are two advanced methodologies that use algorithms to create optimised structures based on mechanical and material requirements. They are therefore ideal for reducing weight in aeronautical parts, improving strength in mechanical components and optimising material consumption in additive manufacturing. At INFINITIA we integrate these tools to offer innovative and efficient design solutions.
Applications of 3D CAD design in different sectors
3D CAD design has fundamental applications in multiple industries, allowing to optimise product development, improve manufacturing efficiency and reduce production costs. At INFINITIA we generate accurate and functional designs. We adapt our CAD processes to the specific needs of each sector.
1. Automobile industry
To create bodies, chassis, engines and mechanical components, 3D CAD design is indispensable in the automotive industry. Thanks to this technology, it is possible to carry out aerodynamic simulations, analyse the structural strength of parts and optimise vehicle manufacturing. At INFINITIA, we develop innovative parts and improve vehicle performance through advanced modelling and CAD analysis.
2. Aerospace industry
The aerospace industry requires high-precision designs and optimised materials to reduce weight without compromising safety. Through 3D CAD design, it is possible to develop lightweight and strong structures, applying topological optimisation techniques and advanced simulations. In our laboratory, we guarantee efficiency and compliance with the quality standards of aeronautical component design.
3. Mechanical engineering and manufacturing
CAD design is a key tool in mechanical engineering and manufacturing, allowing the modelling, analysis and optimisation of industrial parts prior to production. At INFINITIA we apply CAD to the creation of moulds, assembly devices and complex mechanical structures, ensuring their precision and feasibility in manufacturing processes.
4. Health industry
In the healthcare sector, 3D CAD design facilitates the creation of customised prostheses, medical implants and surgical devices. Thanks to the combination of CAD and additive manufacturing, it is possible to develop solutions tailored to the individual patient. At INFINITIA we work on the digitisation and optimisation of medical designs, guaranteeing their functionality and biocompatibility.
5. Architecture and interior design
On the other hand, CAD design is widely used in architecture and interior design, allowing the creation of digital plans, structural modelling and 3D visualisation of projects. In our industrial laboratory, we apply this technology to the design of spaces, optimisation of materials and lighting simulations. We ensure efficient and accurate planning for each project.
6. 3D printing and additive manufacturing
3D CAD design is essential in 3D printing and additive manufacturing, as it enables the development of rapid, customisable prototypes. Our team combines CAD modelling with additive manufacturing techniques to create optimised parts, evaluate their performance and accelerate product development processes.
The value of 3D CAD design in product development
Our expertise in parametric modelling, surface modelling, solid modelling, reverse engineering and generative design allows us to offer a comprehensive service from conceptualisation to final product validation. Thanks to these methodologies, companies in all types of industries can improve their designs, minimise errors in production and accelerate development cycles.
At INFINITIA we remain at the forefront to continue to offer high value solutions for our customers. Further optimisation of designs to reduce development times.
So if you are looking for an expert partner in 3D CAD design, INFINITIA is the best choice. Contact us and find out how we can help you transform your ideas into successful products.