Environmental and structural testing
Equipment and solutions for simulating environmental parameters such as climate, vibration, structural load test benches, etc.
We offer simulation and control systems for physical parameters to support the development of new technologies and products, as well as for certification, regulatory compliance, and quality control.
Our solutions allow you to simulate conditions:
- Environmental factors: temperature, relative humidity, pressure, solar radiation, corrosion, altitude, high vacuum, thermal shock, etc.
- Vibrations under both real-world and simplified conditions; including random, sinusoidal, and impact types; on vertical and horizontal axes or in more complex systems, including simultaneous “3D” axes.
- Structural: through our hydraulic actuators and advanced control systems.
- Simulation for vehicle testing: chassis dynamics, NVH, etc.
- Transportation in compliance with all regulations.
- Fire tests for the characterization and certification of materials.
SOFTWARE
With the most sophisticated software
Remote monitoring of tests and system status, enabling optimized management and addressing potential issues with equipment and tests. In addition, specialized software for managing test energy efficiency helps optimize energy consumption and CO2 emissions, reduce noise impact, and extend the service life of equipment. It includes profiles and standards to facilitate and optimize each client’s tests by customizing reports.
OUR EXPERIENCE
Where we have supplied our products for environmental and structural testing
THE VALUE OF THE ÁLAVA GROUP
Why choose our products
We share our knowledge
Experience, knowledge, and dedication
Conducting environmental testing in the laboratory allows companies to anticipate and resolve issues before the product leaves the factory, or even during the design phase. In this way, environmental testing can help reduce infant mortality rates, complaints during the warranty period or within the first few kilometers, and increase customer satisfaction while reducing costs associated with redesign or improvement.
