The HIKRAYIN ISD-SMW1701S is a millimeter-wave body screening system based on millimeter-wave technology and SAR principles. It rapidly generates 3D holographic images to detect and locate metallic and non-metallic suspicious items concealed under clothing. Alarm locations are displayed on a cartoon manikin without physical contact. It is suitable for airports,customs,prisons,and other security applications.
The person stands naturally with arms down and slightly apart for a brief scan.Millimeter waves are reflected by the skin,do not penetrate the body, and produce no ionizing radiation, making the system safe for children, pregnant women, the elderly, and people with stents or other electrical medical devices.
With detection resolution up to 2 mm,the system accurately displays the location and shape of concealed items. Deep learning algorithms detect metallic and non-metallic objects, including guns,knives,tinder,explosives,narcotics,cash,and luxury goods.
A full scan takes only 2 seconds,with a throughput of up to 700 people per hour.
Operators perform screening according to the sex of the person being inspected. Only cartoon images and alarm locations are displayed on the local screen.
| Physical Specifications | |
|---|---|
| Dimensions | 2436 (H)× 1325 (W)× 1500 (L)mm |
| Tunnel Size | 2150 (H)× 750 (W)× 1275 (L)mm |
Yes. Unlike conventional metal detectors, a millimeter-wave body scanner can detect both metallic and non-metallic objects concealed under clothing. Because detection is based on advanced image analysis rather than material type, it can identify a wider range of potential threats.
A millimeter-wave body scanner emits low-power millimeter-wave signals toward the person being screened. The reflected signals are used to reconstruct a three-dimensional image of the body surface, and AI-powered detection algorithms automatically identify suspicious objects concealed under clothing. The inspection is fast, non-contact, and does not require physical searches in most cases.
Yes. Millimeter-wave technology uses non-ionizing electromagnetic waves, making it safe for routine security screening. The transmitted power is extremely low—significantly lower than that of many everyday wireless devices—and the signals are reflected by the surface of the skin rather than penetrating the body. This makes the technology safe for passengers, operators, and other users.
