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KWAN-TEK offers solutions of diamond quantum sensor technology applied to high-precision instrumentation, autonomous navigation, and industrial control
Non destructive testing NDT
KWAN-TEK’s quantum sensors offer a breakthrough approach to non-destructive testing (NDT). These magnetometers indeed offer an unprecedented combination of high resolution and sensitivity allowing the detection of even the tiniest cracks or pits in metallic parts.
Beyond accuracy, our quantum sensing offers stable measurements that do not drift over time and can be relied upon.
Our quantum sensors are plug and play, deliver digital measurements and are easy to integrate in existing inspection process. Small fibered sensors can access difficult geometries to inspect complex parts.
Diamonds last forever.
Diamonds, at the hearth of our sensors, are known for their durability. This makes our technology ideal for harsh environments and ensures consistent performance even under high temperature and pressures.
KWAN-TEK’s quantum diamond-based sensors represent a significant advance in non-destructive testing.
By offering unparalleled precision, stability, and versatility, our technology empowers industries to ensure the integrity of their products and enhance safety standards.
Magnetic navigation
The High Field NV Magnetometer is an ultra-stable magnetometer that can be used to control strong magnetic fields It allows the monitoring of magnetic field fluctuations in real time.
Due to its low drift this magnetometer can be used in atomic physics experiments, MRI systems and particles accelerators.
The small dimensions of the sensor enable an easy integration it is also customizable according to the needs.
Quantum physics education KWANTEACH
KWANTEACH is a platform for practical courses in quantum physics designed to enhance students training in quantum technologies, delving into basics quantum physics concepts and principles of quantum bit manipulation, focusing on the NV (Nitrogen Vacancy) diamond centres.
Our versatile experimental education platform, which requires neither vaccum nor cryogenics, guarantees remarkable flexibility. This hands-on approach provides a large teaching scope (from undergraduated studies to PhD projects) and enriches the theoretical fundations provided in the curriculums, fostering a comprehensive understanding of quantum technologies.
Quantum magnetometer
The High Field NV Magnetometer is an ultra-stable magnetometer that can be used to control strong magnetic fields It allows the monitoring of magnetic field fluctuations in real time.
Due to its low drift this magnetometer can be used in atomic physics experiments, MRI systems and particles accelerators.
The small dimensions of the sensor enable an easy integration it is also customizable according to the needs.
Quality control of quantum diamonds
The High Field NV Magnetometer is an ultra-stable magnetometer that can be used to control strong magnetic fields It allows the monitoring of magnetic field fluctuations in real time.
Due to its low drift this magnetometer can be used in atomic physics experiments, MRI systems and particles accelerators.
The small dimensions of the sensor enable an easy integration it is also customizable according to the needs.