Innovative measurement technology for industrial applications
Quantum current sensors from duotec set new standards in measurement technology. With a precise combination of state-of-the-art quantum physics and robust design, we enable pioneering solutions for the most demanding industrial requirements. The microwave-free, optical technology guarantees maximum precision, stability and flexibility, even in demanding environments. Developed for peak performance in industry and research, our sensors take advanced measurement capabilities to a new level.
With the microwave-free quantum magnetometer, duotec has achieved a real coup in collaboration with Quantum Technologies. Our sensor solution is small, requires no complex cooling, no microwaves and no electrical signal lines. The sensor is based on diamonds, known for their unsurpassed hardness and exceptional insulating properties. Through a combination of microwave-free technology and diamond-based NV centers, we ensure unparalleled accuracy and chemical resistance. The robust design surpasses previous semiconductor magnetic field sensors in performance and stability. Perfect for measuring even the smallest magnetic field-induced signals, this solution enables applications in industries such as automotive, aerospace and high-tech.
With its innovative technology, the quantum current sensor enables the optical measurement of magnetic fields that allow conclusions to be drawn about currents, positions and the smallest particles in highly sensitive or dynamic environments. The high galvanic isolation and resistance to chemicals make it ideal for extreme conditions. A temperature range that is three times greater than that of conventional sensors ensures reliable performance even under difficult conditions.
Key Facts
Innovative technology: Microwave-free technology with optical stability
Robust materials: Based on the physical properties of diamonds
Chemical resistance: High chemical resistance and galvanic separation
Temperature resistance: Precise measurements even with strong temperature fluctuations
High resistance: High resistance to acids, bases and chemically aggressive media
Flexible application possibilities: Suitable for demanding industrial and electrical applications.
Application examples for quantum current sensors:
Current sensors for high-voltage lines
Our sensors measure current flows in conductors without direct electrical contact. Galvanic isolation is particularly helpful in high-voltage applications.
Magnetic field sensor for electric motor applications
Enables measurements at critical points, such as between the rotor and stator. The robust design minimizes electromagnetic interference and works precisely over a wide frequency range.
Position sensor for demanding applications
Perfect for chemically contaminated environments, the sensor measures precise positions even with minimal installation space and enables innovative design options.
Typical areas of application for quantum current sensors:
The versatility of our quantum current sensors makes them ideal for numerous industries:
Chemical technology for measurement in aggressive media
Automation solutions for production monitoring
Aviation technology for robust and precise measurement solutions
High-voltage networks, with a focus on isolated current measurements
Robotics and mechanical engineering for minimally invasive testing processes
Interested in innovative measurement technologies? Contact us, request a quote or let us advise you on the wide range of possible applications. With duotec, you can count on a future full of precision and innovation!
