The Q.ANT particle sensor uncovers the information you need, delivering real-time insights from your process through a web-GUI. Additionally, the API unlocks a wide array of possibilities.
Quantum-based particle sensors enable more sustainable methods, energy-efficient applications, and the highest quality. Welcome to the future of particle analysis!
The particle sensor measures the size, speed, and trajectory of particles in liquids and gases. Two versions are available for selection: The Q.P2 sensor analyzes particles in a range from 2µm to 50µm, while the Q.P20 sensor measures particles from 20µm to 700µm.
The intuitively designed web-GUI allows for real-time insights into your processes or material quality. The setup of the sensor is prepared and ready to use in just a few minutes.
Shape recognition and online installation of the sensor are the next milestones on our product roadmap. By involving customers early and maintaining close collaborations, we are working closely with the market on the next generation of sensors.
This converts the light in the superposition state back into linear light waves.
Data from the light measurement is fed from this output to software that uses it to generate information about the items measured.
The light in the superposition state is beamed to the measurement cell.
This focuses the laser beam and converts the incoming linear light waves into light in a superposition state.
Linear light waves strike the lens.
This generates the laser beam.
In this cell. the particles flow in gas, liquids or as powder through a translucent tube.
The light in the superposition state "illuminates" a particle simultaneously in several dimensions. This allows conclusions to be made almost immediately about the speed, size and position of the particle being examined.
This guides the laser beam.
The Q.ANT particle sensors operate using specifically generated quantum effects of light in superposition states. When such light waves strike a particle, it is illuminated simultaneously in multiple dimensions. This enables the acquisition of extensive information in a single real-time measurement, such as the speed, size, and trajectory of the particle. From this dataset, artificial intelligence will determine the shape of the particle in the future. We call this the Quantum Trick.
Prof. Dr. Volker Nestle
Head of Development LifeTech at Festo
The particle sensor is customized specifically for your application, ensuring that exactly what you need is measured, precisely where you need it. Our application engineers evaluate your requirements for optimal system settings. In the near future, this will also include shape recognition and online integration into your process.
Our Evaluation Kit makes it simple to test out quantum technology for your use: Rent the hardware for a period of time defined by you to try out the Q.ANT Particle Sensor. Training and guidance from our experts help your team apply the technology and individualize its potential to your specific use case.
Trouble-free, on demand and with full cost control.
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Customer Project Engineer
Q.ANT GmbH
Handwerkstr. 29
70565 Stuttgart
Germany
