younger mechanic in work clothes checks mechanical airplane components

Process Improvements

Non-destructive testing & battery control

Highly sensitive, accurate, and efficient

Optimizing processes with quantum precision

With extreme sensitivity, a wide measurement range, and superior spatial resolution, our quantum sensor technology unlocks a wealth of possibilities for process improvements across a broad variety of industries.

One application is in non-destructive material testing, ultimately enabling cost-effective and precise in-line and standalone applications. Similarly, our magnetic-field quantum sensors show strong potential for advanced battery control, aimed at improving the estimation of the remaining driving range before recharging is needed or assessing the battery's overall lifespan.

Non-destructive material testing

Battery Control

Mechanic turns a large wheel on a pipeline on a platform full of pipes surrounded by stony ground and blue sky

Process Improvements

Non-destructive material testing

Non-destructive testing (NDT) is vital to a wide range of industries, particularly where product safety and reliability are crucial. Aircraft components, train tracks, oil and gas pipelines, lithium-ion batteries, and many other applications rely on maintaining material integrity, which can only be ensured through regular non-destructive testing.

While several well-established NDT technologies are widely used today, our magnetic-field quantum sensor technology promises significant advantages in terms of dynamic range and penetration depth while ensuring material integrity.

Mix of electronic connections of batteries and tubes of an electric car in close-up

Process Improvements

Battery Control

Accurate battery control is essential for electric vehicles, yet current technologies still struggle with reliable range estimations and battery health assessments. Our magnetic-field quantum sensors will address these challenges with their exceptional dynamic range, high sensitivity, and precision. By providing more accurate measurements across a wide range of currents, they will enable far more detailed assessments of the battery’s state of charge and state of health. Thus, offering more reliable range estimations and a clearer understanding of the battery’s residual value, they will help optimize overall performance.

Our technology