Flagship Products

Recently, the Department of Industry and Information Technology of Shaanxi Province rewarded the second batch of "Shaanxi Industrial Fine Products," and Imdetek's "High Spatial Resolution Portable Gamma Camera" was listed among them. "Shaanxi Industrial Fine Products" focuses on areas such as autonomous breakthroughs in high-end equipment, first applications of new materials, and innovative development in electronics and information technology, specifically awarded to products with leading technology, excellent performance, outstanding quality, and good benefits.

High Spatial Resolution Portable Gamma Camera

In recent years, Imdetek has continuously increased its investment in scientific and technological research and development, resulting in a series of new technologies, new products, and new achievements with independent intellectual property rights. Next, Imdetek will play a demonstrative and leading role, continuously perfect its innovation mechanism, further improve its innovation capability, strengthen the tackling of key core technologies, cultivate and create more "Industrial Fine Products," and help China's industrial high-quality development take bigger steps forward.

Join Xiao Di to learn more in detail about this "Shaanxi Industrial Fine Product" and its core component—the CZT pixel detector. Come and see!

The DT-PA02 series detector is a large-size pixel type detector developed based on CZT crystals, mainly used in fields such as nuclear medical imaging and gamma cameras; it has extremely high energy resolution and spatial resolution, and the large-size crystal can effectively reduce the system's requirements for the incident radiation dose. Some parameters are as follows:

Multi-Pixel Spectral Imaging Module

Gamma Multi-pixel Spectrum Imaging Module

The multi-pixel spectral imaging module integrates the CZT detector with the backend low-noise dedicated ASIC chip, which can be further developed by direct splicing. The module can output the energy information and position information of the incident gamma rays, and the spectrum of each pixel can be obtained through backend electronics processing, meeting the application requirements in fields such as gamma cameras, SPECT, etc. Pixel Spectrum Chart: Some parameters are as follows:

Software Interface：

CZT-P-γCam

The gamma camera is composed of a large-size pixel detector module developed based on CZT crystals, a collimator module, a high-voltage module, a data processing unit, a power module, etc. It has extremely high energy resolution and spatial resolution, supports multi-nuclide imaging, and can accurately measure the location, type, and intensity of the radiation source. It is primarily used in the field of nuclear medicine and can also be extended to security inspection, industrial testing, nuclear safety, space exploration, and other fields.

The imaging equipment based on CZT detectors has many advantages, especially in the medical field, such as GE's Discovery NM/CT 670 CZT and other SPECT systems, which all use CZT crystals as detector materials. Compared to traditional SPECT, it has the following significant advantages: Higher image quality, which helps to detect tumors and other lesions at an earlier stage;

• Higher energy resolution, providing more accurate quantitative identification of lesions;

• Higher detection sensitivity, capable of tracking early changes in myocardial vessels;

• Patients consume less nuclear medicine dosage, reducing the radiation harm from nuclear medicine.

Discovery NM/CT 670 CZT