The Canary Archipelago in detail: The first aquatic ecosystem model representing the topography of the Canary Islands
Francisco Piqueras
In an effort to capture the essence of the Canary archipelago, IA Manufacturing undertook a large-scale project. This project consisted of create a model of an aquatic ecosystem which accurately represents the geological and bathymetric characteristics of the Canary Islands. This model, which is now on display at the Juego de Bolas visitor center in La Gomera, It is one of a kind.
The project, which combines advanced technology and a deep respect for nature, Its aim was to faithfully depict not only the islands that rise above the surface, but also the complex underwater landscape that surrounds them. This model of an aquatic ecosystem is distinguished by its realism and precision, offering visitors an unprecedented view of the Canary archipelago.
1. Data collection to manufacture the aquatic ecosystem model
In order for the model of the aquatic ecosystem of the Canary archipelago to be as true to reality as possible, the first crucial step was the collection of data. The geological complexity of the Canary Islands, With its volcanoes, canyons, and underwater formations, it required a meticulous approach. To capture every detail, we used advanced technology.
LiDAR Accuracy
We used LIDAR technology, a method that uses laser light pulses to measure distances with exceptional accuracy. This technology allowed us to obtain a detailed topography not only of the islands' surface, but also from the surrounding seabed, accurately revealing the depth variations and underwater structures that are an integral part of the Canary Islands ecosystem.
Bathymetry
LiDAR data provided a high-resolution, three-dimensional map that served as the basis for the entire modeling process. This approach not only ensured the accuracy of the geographic representation but also highlighted crucial bathymetric features that are fundamental to understanding the archipelago's ecological dynamics.
Capturing the essence of the Canary Islands with this advanced technology was fundamental to ensuring that the model was visually stunning and scientifically rigorous.
2. 3D Modeling and Manufacturing: Precision at the Service of Science
With the detailed topographic and bathymetric data in hand, the next challenge was to translate this vast amount of information into a three-dimensional model that accurately captured every feature of the Canary archipelago.
The 3D modeling was a meticulous process. Each island and underwater formation was recreated with millimeter precision., ensuring that every geological detail was faithfully represented
Data conversion
Using specialized design software, our engineers and designers They transformed the LIDAR data into a three-dimensional digital model.. This model served as the basis for subsequent manufacturing using high-precision 3D printing, a technology that allowed us to materialize the complex topography of the archipelago in a tangible model. Each component of the aquatic ecosystem model was printed with extraordinary precision, allowing us to capture not only the overall shapes of the islands, but also the surface textures and variations that are key to understanding the geology of the area.
3D printing
3D printing enabled an unprecedented level of detail and facilitated the production of precisely assembled modular parts. This innovative technique was fundamental in ensuring that the model was not only a visually stunning representation but also an educational resource that It faithfully reflects the geological reality of the Canary Islands.
3. Assembly and finishing: From impression to realism
With the 3D-printed pieces ready, the next step was assembling and finishing the aquatic ecosystem model, a process that required both precision and creativity. Each fragment of the model was assembled with meticulous care, aligning all the parts. This ensured that thethe topography of the archipelago remained intact and faithful to the original data.
This stage was key to ensuring that the model was not only a technically accurate work, but also visually coherent and aesthetically pleasing.
Thematization
After assembling the pieces, we moved on to surface treatment. This process included sanding and applying several layers of material to smooth out any imperfections and create a uniform surface. Attention to detail was essential, as we wanted every aspect of the model to accurately reflect the natural formations., from volcanic peaks to submerged valleys. Once this uniformity was achieved, we proceeded to the painting phase, where advanced techniques were applied to recreate the characteristic colors and textures of the archipelago.
Water reproduction
The final touch was the application of more than 50 liters of epoxy resin to represent the sea. This process, carried out in thin layers, provided a transparent and glossy finish that emulates the waters of the Atlantic. This allowed the underwater formations to become visible.
This combination gave the model a visually striking character that captures the majesty of the archipelago.
4. Installation and exhibition: A geological treasure in La Gomera
With the model fully assembled and finished, The final challenge was its transport and installation. It is now on display at the Juego de Bolas visitor center on the island of La Gomera.
Due to the fragility and value of the model, this stage required extreme care. The model was meticulously packed and transported in a specialized vehicle that guaranteed the safety of each of its components.
In La Gomera, our team handled the final installation at the visitor center, a space dedicated to showcasing the archipelago's natural wealth. The model was placed in a room designed to highlight its visual impact, allowing visitors to observe the complexity of the ecosystem from different perspectives.
A unique aquatic ecosystem model
The creation of this model of the aquatic ecosystem of the Canary archipelago is not only a technical achievement, but also a milestone in the representation and understanding of the geography of the Canary Islands.
Now installed in the Juego de Bolas visitor center, The model offers visitors a window into the underwater landscape of the archipelago, revealing the complex interaction between the islands and the surrounding ocean. Beyond its aesthetic value, this work It becomes an educational tool and an invaluable resource for researchers, students, and nature lovers.
This project not only underscores our company's technical capabilities but also our passion for creating representations that inspire and educate, bringing people closer to the beauty and complexity of the natural world. With this model, we have succeeded not only in capturing an ecosystem but also in fostering a greater appreciation for it. one of Spain's most outstanding natural treasures.
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