3D scanning is a technology that digitally captures the geometry of real-world objects, parts, buildings, or spaces to generate precise three-dimensional models. These models can be used for reverse engineering, dimensional inspection, technical documentation, heritage conservation, product design, additive manufacturing, and the creation of digital twins. 3D scanning makes it possible to obtain detailed information about physical elements quickly and efficiently, facilitating their analysis, reproduction, or modification.

A wide variety of elements can be scanned, including industrial parts, mechanical components, sculptures, historical heritage pieces, architectural elements, consumer products, prototypes, scale models, tools, and large-scale objects. The technology used depends on factors such as dimensions, geometric complexity, materials, and the level of precision required for the project.

Precision can vary depending on the technology used and the characteristics of the object being scanned. In industrial applications, it is possible to achieve very high levels of precision, enabling dimensional verification, reverse engineering, or the reproduction of complex components. Before starting any project, we assess the technical requirements to select the most suitable capture methodology and ensure reliable results.

3D scanning uses specialized sensors to capture the geometry of an object or space, while photogrammetry reconstructs three-dimensional models from photographs taken at different angles. Both technologies are complementary, and the choice between them depends on the level of precision required, the size of the object, environmental conditions, and the project's objectives. In many cases, combining both techniques delivers particularly comprehensive results.

Yes. One of the most common applications of 3D scanning is reverse engineering. Starting from an existing physical part, we can generate digital models that facilitate its analysis, modification, optimization, or reproduction. This process is especially useful when original drawings, technical documentation, or CAD files are unavailable, allowing valuable information to be recovered for manufacturing, maintenance, or redesign purposes.

Yes. In addition to capturing geometry through 3D scanning, we can convert the resulting data into CAD models ready for engineering, design, manufacturing, or technical documentation. These models allow work to be carried out on real-world geometries and facilitate integration with product development, additive manufacturing, and industrial engineering processes.

We can deliver results in a variety of formats depending on the project's needs. The most common include STL, OBJ, STEP, IGES, PLY, point clouds, and other formats compatible with CAD, BIM, industrial design, and digital manufacturing software. Our goal is to provide files that are ready to be used directly within the client's own workflows.

Yes. We use technologies such as LiDAR, photogrammetry, and other advanced capture techniques to digitize buildings, industrial facilities, architectural spaces, infrastructure, and complex environments. These projects generate detailed three-dimensional models that can be used for documentation, rehabilitation, maintenance, construction planning, or the creation of digital twins.

3D scanning is used across numerous industries, including manufacturing, engineering, architecture, construction, cultural heritage, automotive, healthcare, energy, research, and product development. Its ability to capture precise real-world data makes it an essential tool for design, analysis, manufacturing, and technical documentation processes.

Turnaround time depends on factors such as the size of the object or space, the level of detail required, geometric complexity, and the final deliverables. Some projects can be completed in very short timeframes, while the digitization of large facilities or complex elements requires more extensive data capture and processing. Each project is planned individually to optimize both timelines and results.