Customized protection in harsh environments

Protecting sensitive equipment in harsh environments: innovation and safety

At Metravib Engineering, we apply our long-standing expertise to the protection of sensitive equipment exposed to extreme shock and vibration environments. With a recognized heritage in the design of customized attenuation and protection solutions for the space and naval industries, we continue to innovate to meet the most stringent requirements of our industrial and institutional customers.

Complete expertise: from simulation to validation

Our skills cover the entire value chain, from initial design to final validation:
Transient and hyperelastic modeling to simulate the effects of shock, vibration and thermal stress,
Customized design of attenuation and protection solutions, adapted to the most demanding environments,
Physical testing to confirm performance under real or representative conditions.

Our experience covers the space, naval, defense and energy sectors. Each project is treated as a dedicated study, with the aim of defining the optimum solution, in the right place, according to actual operational constraints.

From one-off prototypes to small production runs

Thanks to our network of specialized industrial partners and suppliers,
we can ensure a rapid transition from validated prototype to small-scale production, or even limited industrial volumes. This ability to adapt is essential for critical environments requiring specific, robust solutions.

A collaborative, performance-oriented approach

We don’t offer generic solutions. Each project is designed with the customer to ensure maximum protection of the equipment, while mastering mechanical, environmental and functional integration constraints.

We are involved from the definition phase through to final testing, with a constant focus on technical rigor, responsiveness and performance.

Do you have an application subject to shock, vibration or extreme environments? Let's work together to develop the solution that's right for you.