What is an industrial prototype and what is it used for?

An industrial prototype is a physical or functional representation of a product that allows for the validation of its design, dimensions, ergonomics, assembly, and performance before final manufacturing begins. Prototypes help detect errors in the early stages of development, reduce production costs, and accelerate decision-making. They are a fundamental tool for companies developing new products, improving existing designs, or needing to validate concepts before investing in more complex manufacturing processes.

What is the difference between a conceptual prototype and a functional prototype?

A conceptual prototype is primarily used to visualize the design, dimensions, and overall appearance of a product. A functional prototype, on the other hand, is designed to test technical, mechanical, or real-world usage aspects, allowing for trials and validation before final production. The choice between one or the other will depend on the project's development stage and the objectives to be achieved.

Can you develop a prototype from an idea or sketch?

Yes. We can participate from the initial stages of the project, transforming an idea, a sketch, a plan, or a visual reference into a digital model and subsequently into a physical prototype. This process allows us to convert concepts into tangible solutions, facilitating the technical and commercial validation of the product before moving on to final manufacturing.

What advantages does 3D printing offer for prototype development?

3D printing allows for the rapid, flexible, and cost-effective production of prototypes. Thanks to additive manufacturing, it's possible to produce complex parts without molds or specialized tooling, reducing development time and enabling quick design modifications. This facilitates continuous product iteration and accelerates innovation processes within the company.

What files do you need to manufacture a prototype?

We can work with most formats used in design and engineering, including STL, STEP, IGES, OBJ, SolidWorks, Fusion 360, CATIA, Inventor, Rhino, and other common CAD formats. If you don't have a ready-made 3D model, we can also help you develop the design from scratch using plans, sketches, or technical specifications.

How long does it take to develop an industrial prototype?

The timeframe depends on the project's complexity, the level of development required, and the selected manufacturing technology. In many cases, 3D printing significantly reduces lead times compared to traditional methods, enabling the production of prototypes in very short periods. Each project is evaluated individually to establish a realistic and efficient schedule.

Do you create functional prototypes for testing and validation?

Yes. We manufacture functional prototypes designed to validate mechanical, ergonomic, dimensional, and assembly aspects. These prototypes allow us to verify the product's behavior before starting final manufacturing, reducing risks and facilitating design optimization during the development phases.

Can you sign non-disclosure agreements (NDAs)?

Yes. We understand that many product development and innovation projects contain sensitive information. Therefore, we can work under confidentiality agreements to guarantee the protection of designs, technical documentation, prototypes, and any information provided by our clients during project development.

Is it possible to perform several iterations of the prototype before manufacturing the final product?

Yes. One of the main advantages of additive manufacturing is the ability to quickly iterate on the design. We can manufacture different versions of the same prototype to validate improvements, optimize functionalities, and fine-tune details before approving the final version of the product.

Can you manufacture small series once the prototype has been validated?

Yes. In addition to prototype development, we can manufacture small and medium production runs using 3D printing and additive manufacturing. This allows companies to launch products quickly, reduce initial investment, and adapt production to actual demand without requiring large manufacturing volumes.