Projects in Mexico

A 63-story architectural landmark protected by 118 SLB energy dissipators. Located in Mexico City and completed in 2018, this iconic tower is one of the tallest in the country to utilize seismic dissipation technology. The SLB system controls oscillations and protects the building's complex structure, ensuring the safety of its residents against the geological challenges of the capital.

A modern, 42-story tower equipped with 48 SLB energy dissipators for comprehensive seismic protection. Located in Guadalajara, Mexico, this project, currently under construction, stands out for its height and the use of advanced technology to control floor drift and ensure structural stability, offering a superior standard of safety and comfort in one of the city's fastest-growing vertical development areas.

A seven-story residential building equipped with 14 fourth-generation SLB energy dissipators. Located in the coastal area of Vallarta, Mexico, this project utilizes seismic control technology to ensure optimal structural performance, protecting the building's integrity and the safety of its occupants during seismic events in an area with high technical demands.

A 21-story tower protected with 26 state-of-the-art SLB energy dissipators. Located in one of the most dynamic areas of Guadalajara, Mexico, this project integrates seismic control technology to optimize its structural response, guaranteeing the safety of its users and the building's resilience to the region's seismic demands.

A 10-story building protected with 68 fourth-generation SLB energy dissipators. Located in Puerto Vallarta, this project stands out for its implementation of seismic control technology designed to mitigate the effects of seismic accelerations, guaranteeing structural safety and the comfort of its occupants in a coastal area of high seismic activity.

This 34-story tower is equipped with 184 SLB energy dissipators to ensure state-of-the-art structural performance. Located in Guadalajara, Mexico, this project integrates cutting-edge seismic protection technology, optimizing the building's safety and stability in the event of severe earthquakes in one of the country's fastest-growing vertical development zones.

A 33-story mixed-use complex equipped with 236 fourth-generation SLB energy dissipators. Located in Guadalajara, Mexico, this project integrates cutting-edge seismic technology to optimize the structure's performance during severe earthquakes, ensuring safety and comfort in its upscale residential and commercial spaces.

An imposing 64-story skyscraper protected by a massive system of 400 SLB energy dissipators. Located in Puebla, Mexico, this project represents a milestone in earthquake-resistant engineering for high-rise buildings, using cutting-edge technology to mitigate seismic accelerations and ensure maximum structural stability in one of the tallest and most iconic towers in the region.

A 20-story residential project designed to integrate 18 state-of-the-art SLB energy dissipators. Located in Guadalajara, Mexico, this tower prioritizes structural safety through seismic control technology, ensuring the building's stability and the peace of mind of its occupants in the face of the region's seismic demands.

A prominent 25-story tower protected by 92 SLB energy dissipators . Located in Mazatlán, Mexico, this project, completed in 2016, stands out for its implementation of cutting-edge technology to guarantee maximum structural safety and protection for its occupants against severe seismic events.

An 18-story tower equipped with 94 SLB energy dissipators to maximize its seismic resilience. Located in Ixtapa, Mexico, and completed in 2017, this project exemplifies the application of passive control technology to protect structural integrity and ensure the building's operational continuity in the face of large-magnitude earthquakes.

A modern, 26-story residential tower protected with 132 SLB energy dissipators. Located in Guadalajara, Mexico, and completed in 2017, this project stands out for the high density of devices implemented, guaranteeing superior structural performance and maximum safety for its inhabitants in one of the areas with the highest construction standards in the country.

A 23-story tower equipped with 20 SLB energy dissipators to maximize its structural performance. Located in Acapulco, Mexico, and completed in 2015, this project exemplifies the application of seismic control technology in areas of high coastal seismicity, ensuring the safety of occupants and the building's resilience to severe earthquakes.

Exclusive 8-story residential development equipped with 68 SLB energy dissipators. Located in the Vallarta area of Mexico, and completed in 2019, this project integrates advanced seismic technology to ensure superior protection of its coastal structure, optimizing resident safety and the building's resilience to the region's seismic demands.

A 13-story residential development equipped with 34 state-of-the-art SLB energy dissipators. Located in Puerto Vallarta, this project, currently under construction, integrates seismic control technology to ensure maximum structural stability in its coastal environment, optimizing the building's safety and resilience to the area's seismic demands.

We achieved the structural integration of this complex by reinforcing the basements and constructing the new superstructure, guaranteeing its seismic safety with the strategic installation of 195 SLB dampers.

A 15-story tower protected with 26 fourth-generation SLB energy dissipators. Located in a high-value area of Guadalajara, Mexico, this residential project from the exclusive Cima Park line utilizes seismic control technology to guarantee superior structural performance, protecting the building's integrity and the safety of its residents against seismic accelerations in the area.

Structural reinforcement project of a 19-story tower through the installation of 180 SLB energy dissipators. Located in Guadalajara, Mexico, this project stands out for the application of our technology to an existing structure, significantly optimizing its seismic behavior and ensuring the safety of residents through a highly efficient passive reinforcement system.