Ingenia understands the challenges posed by extreme environments and has engineered a wide range of modular servo drives and solutions designed to operate in the harshest conditions imaginable. From design to certification and delivery of products after burn-in tests, we have developed drives that go as deep as eleven thousand meters deep into the sea or above the sky in the stratosphere. Contact us to learn more about our capabilities and how we can help you on your application.
- Marine Applications
- Space Applications
- Aviation Applications
- Satellite Communications
- AGV on ground, air or sea
- Deep water oil refining
Extreme Environments Technology
Our technology background covers the typical demands of marine and subsea applications, from sensorless field oriented control with predictive models to using the latest pressure tolerant technology and design principles.
Shock Resistance
At Ingenia, we build high reliability servo drives. But our true call is to provide certainty. Rock solid, mission-critical performance under any circumstance.
Vibration Ready
At Ingenia we have a wide experience on selecting the right components and manufacturing processes in order to ensure the integrity of our servo drives and prevent its destruction due to vibrations.
Electromagnetic Interference
Our engineering team has a wide experience on EMI and EMC compatibility and will work with your team to comply with the toughest standards no matter the industry or the environment.
Extended Temperature Range
We combine the latest technologies in heat transfer simulation, hardware design and control algorithms, to design servo drives that are highly efficient and reliable under any condition.
Lightweight Design
Our servo drives are built to be integrated. Our design process allows you to include onboard sensors, choose the right connectors, shape and features while keeping footprint and weight at a minimum.
Reliability Prediction
Our servo drives are designed to last. Independent testing reports that our servo drives can work more than ten years in continuous operation improving reliability and reducing maintenance costs.
