Measuring innovation changes the world

Measuring innovation changes the world

Become the first in the country.

The world's leading manufacturer of quantum sensors.

More +

Anhui Guosheng Quantum Technology Co., Ltd.

More +

Anhui Guosheng Quantum Technology Co., Ltd.

More +
scroll down
scroll down

About us

CHINAPROSP QUANTUM

The first high-tech enterprise in China dedicated to quantum industrial measurement.

Learn more
2019 +

Time of Establishment

15 +

Industry experience

70 +

Enterprise employees

Products

The company's core products are quantum sensors, mainly including quantum magnetic sensors and quantum temperature sensors. Based on this, the company develops a series of products for quantum precision measurement.

Diamond quantum sensor

Quantum Diamond Magnetometer


The Quantum Diamond Magnetometer (QDMag) is based on the Zeeman effect of the nitrogen-vacancy (NV) color center electronic spin energy levels in diamond, utilizing optical detection magnetic resonance (ODMR) technology to achieve high-sensitivity vector magnetic field measurements. It has advantages such as stable sensing material properties, high sensitivity, large dynamic range, high sampling rate, and good temperature stability, making it suitable for vector magnetometry needs in various environments and application scenarios.

Learn More

Quantum Diamond Probe Scanner


The quantum diamond probe scanner uses micron-sized optical fiber diamond microwave probes, combined with near-field scanning technology, to scan the surface of the test piece line by line, obtaining its surface microwave field distribution. It has advantages such as high spatial resolution, high sensitivity, and a wide measurement frequency range, and can be used for microwave device characterization, rock magnetism research, precision non-destructive testing, and high-resolution temperature imaging.

Learn More

Quantum Diamond Microscope


Quantum diamond microscope (QDM) brings flake diamond color center materials close to the sample surface, achieving wide-field, high-resolution imaging of the internal vector magnetic field of the sample through optical detection magnetic resonance technology and optical microscopy systems. The diamond microscope can be used for microwave magnetic field imaging, chip failure analysis, rock magnetism research, magnetic material characterization, and biological magnetic imaging, etc.

Learn More

News

Aggregate real-time industry dynamics and release real-time information

Media Attention Industry News Guosheng Today

Partners

National Grid
China Railway
China Three Gorges
China Electric Power
University of Science and Technology of China
Central South University