Applications of NV Quantum Sensing

Detection of cracks, cavities and inclusions in metals or components – high-resolution, contactless, directly inline. NV sensing detects defects as magnetic field anomalies and operates 100% galvanically isolated and EMC-robust.

Field-imaging monitoring for critical infrastructure, security and defense systems – tamper-proof, robust & EMC-resistant, performance-enhancing.

As a modular building block, NV sensing enables real-time testing of material and electrical properties in production lines. Scalable from single test to mass production.

Visualize magnetic field distributions, material processes and biological samples with extremely high sensitivity – at room temperature and without cryogenics. Ideal for material science, life sciences & quantum technology.

Continuous, contactless inspection of components for magnetic, electrical or structural defects – robust also for high-voltage, high-temperature and EMC environments.

Precise position and motion measurement in engines, robotics and machinery – 100% galvanically and thermally isolated (e.g. in the air gap of the motor or with magnetic bearings).

Precise real-time monitoring in e-motors, generators and traction systems for efficiency, safety and predictive maintenance. Ideal for e-mobility and industrial drives.

Modern current and magnetic field measurement with maximum safety: fully fiber-optic and contactless, for all high-voltage applications, energy systems and future mobility.

Fast detection of weld spots, blockages or short circuits – inline and without additional retooling effort. A crucial building block for safe, efficient battery production.

Real-time imaging of current flow and material anomalies through contactless eddy current sensing – robust, high-resolution and immediately analyzable.

Networked sensor heads as central components for automation, intelligent process monitoring and AI-based predictive maintenance: safe, low-maintenance, flexible.

Short circuits, interruptions and defects in PCBs are detected as magnetic field anomalies – nondestructive, high-resolution, directly in the production process.

Combines magnetic field camera/array data with modern AI algorithms for automatic fault prediction and maintenance optimization.

Direct visualization of physical fields, phenomena and processes – usable from student laboratories to high-level research projects.

Contactless, chemically resistant magnetic field sensing for aggressive, hot or high-voltage stressed liquids and production processes.

Field imaging on turbines, sheets, bio-structures or car bodies – sensor-adaptable arrays enable stress-/shape-accurate 2D/3D field visualization.

Field measurement in catheters or instruments – safe, biocompatible and metal-free for new diagnostics in minimally invasive medicine.

Magnetic field sensing makes welding and soldering defects visible during the ongoing process – perfect complement for automated production.

Protection and monitoring of energy, mobility or industrial systems – without contact, with full optical isolation and high precision.

Ideal for aggressive environments, high temperatures or explosive atmospheres – without metallic parts, low-maintenance and safe.

Real-time monitoring of motors, batteries and power electronics – contactless, harsh-environment-capable, optionally field-imaging, EMC-robust and highly precise (especially in spatial resolution!) and that in the smallest installation spaces. Improved fault diagnosis, safe high-voltage measurement and intelligent position as well as current measurement enable maximum reliability and energy efficiency for modern electric vehicles and charging infrastructure.

High-precision, contactless sensor heads for monitoring magnetic fields, current densities and material states in fusion reactors, plasma reactors and test facilities. Enables real-time fault detection, safe condition monitoring and precise visualization of plasma or field distributions – central for maximum operational safety, innovation and reliability in modern fusion research.

Innovative magnetic field sensing for monitoring and quality control of superconducting magnets in research, medical technology and industry. Real-time magnetic field acquisition in the cryostat at low temperature!, in particle accelerators, in fusion experiments and in MRI systems:
enables precise monitoring of magnetic field distribution, fault detection in cooling and power supply as well as increased operational safety and efficiency of high-field technologies.

Contactless magnetic field and current sensors enable reliable monitoring of supply lines, access systems and electronic infrastructure in buildings. Automated fault detection, tamper protection and real-time status of energy and security systems ensure maximum operational safety, energy-efficient operation and lower maintenance costs in modern smart buildings. Increased transparency and control support facility management, user comfort and the integration of sustainable technologies.

NV diamond sensor arrays enable precise, nondestructive magnetic field and current measurements in the field of life sciences. Applications include the detection and analysis of magnetic nanoparticles, flow determination in microfluidic channels, monitoring of electrochemical reactions as well as the diagnosis of structural and functional properties of biological samples. The technology creates new paths for contactless lab-on-a-chip analyses, molecular diagnostics and biomagnetic research – with high sensitivity, fast measurement and maximum flexibility. Economic advantages: faster research cycles, higher analysis quality, new test methods and reliable, safe bioprocess monitoring.

Magnetic field and current sensing enables reliable, nondestructive testing and monitoring of production processes in the food and pharmaceutical industries. Inline measurements detect sources of contamination, material defects or deviations in filling, packaging and sterilization processes at an early stage. The technology ensures higher product quality, traceability and safety, reduces inspection effort and minimizes waste, recalls and downtimes.

State-of-the-art magnetic field and current sensors enable condition monitoring of sensitive goods, containers and inventories along the entire supply chain. Real-time detection of tampering, theft or quality deviations during transit and storage through imaging sensors that work contactlessly and measure reliably even in harsh environments. Economic advantages: improved delivery reliability, increased security, fully automated documentation of transport events and faster response to problems – for sustainable, transparent and efficient supply chains.