THz DETECTION

Terahertz Applications and 6G Modules

Terahertz applications

Active terahertz personnel-screening instrument:

Active terahertz imaging performs non-contact scans of people. Image acquisition, reconstruction and intelligent recognition are combined to identify concealed suspicious dangerous or prohibited items, supporting personnel screening at metro stations and major-event venues.

Active terahertz personnel-screening concept
Equipment and technology concept, not a metro-project photograph. Imaging and localization are illustrative; models are updated following training and validation.

Active terahertz personnel screening: the illustration shows equipment and imaging/localization concepts, not an installed metro project. Models are updated after training and validation.

Terahertz industrial non-destructive testing:

Terahertz sensing, imaging and analysis software inspect internal structures, layered materials and concealed defects without damaging the inspected object, linking data acquisition, image processing, anomaly recognition and result output into a testing workflow.

Terahertz industrial NDT concept
Terahertz industrial NDT — equipment and technology concept, not a site photograph. Models are updated following training and validation.

Industrial non-destructive testing: terahertz equipment and analysis support inspection applications including wind-turbine blades, tobacco and express parcels. This is a technology concept, not a site photograph; models are updated after training and validation.

Application development:

Terahertz inspection applications address wind-turbine blades, tobacco and express parcels, with scenario testing, algorithm optimization and customer-workflow integration driven by specific projects. As of 15 September 2026, the company's terahertz industrial NDT equipment had served more than 20 customers.

6G communication modules

Product positioning:

For communication-equipment manufacturers and satellite-communication companies, modules based on solid-state multiplier sources, heterodyne receivers and high-frequency circuits generate and receive terahertz signals for point-to-point, high-capacity, low-latency wireless transmission in bandwidth-intensive applications.

Development progress:

As of 15 September 2026, module design and testing had been completed, while development and commercialization remained at an early stage. Commercialization depends on 6G communication-satellite deployment; current plans anticipate launch and initial revenue in 2028.