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HBS-1310 millimeter wave security screening lane is a non-stop, non-contact and high efficiency human body screening device, which developed by independently for large passenger flow cases. Based on the N-series millimeter wave chips researched and developed by Microcreative, the device adopted active millimeter wave real-time imaging technilogy to achieve 360 ° scanning of the inspected person. The device can generate 3D holographic millimeter wave images through image processing algorithms, it adopted AI algorithms to judge the carried items which concealed by the clothing on human body surface. The device has the ability to pass quickly for large passenger flow scenarios, it also has a certain inspection capability for small bags carried by person (shoulder bags, crossbody bags, backpacks, etc.) and achieve simultaneous inspection of human and bags.
HBS-1310 Millimeter wave security screening lane uses millimeter wave imaging and AI algorithm recognition technology to detect contraband more comprehensively, such as: liquid, metal, semiconductor, placstic, gelatinous substance, ceramic, composite material and other contraband. Based on the result of experiment, it can also detect whether the small bag is carrying prohibited items or not, and the passengers don't need to put their bags into X-Ray Scanner for inspection. The devlice uses straightway type security screening lane, which increases the inspection efficiency and offers a more comfortable security screening experience for passengers. The device adopts modular radar array design and millimeter wave radar active security inspection, it has the characters of faster detection speed, non mechanized structure, non calibrate after delivery, low maintenance cost and long-term stable operation.
Straightway type |
New straightway type security screening mode, the deteced human can walk through straightly, then the device can find whether they bring contraband or not, more convenient than our first generation type which human needs to pass a twisted lane. |
High precision |
The device use the self-developed N-series millimeter wave chip to achieve millimeter-level detection accuracy, it can detect smaller prohibited items and position more accurately. |
Simultaneous |
The device has the ability to carry out quickly security check under large passenger flow, and inspect the small bags (Crossbody bag, backpack) human bringed at the same time. |
Effective for a large |
Non-contact, non-stay large flow security check, up to 1500 people/hour during peak hours. |
Radar and video |
The device combines HD video image and millimeter wave imaging radar technology to display the position of the passenger and prohibited objects. It also supports multiple people to pass through at the same time. |
Three-dimensional |
The device uses an active millimeter wave transceiver array to transmit and receive millimeter wave signals in real time, it can realize 360° whole-body scanning of the detected person. |
Intelligent identification |
The device uses millimeter wave imaging and Al algorithm to locate the position of prohibited objects quickly on human body. It can display the contraband in real-time with video images. |
Fast deployment |
The device use modular digital beamforming technology, it can achieve rapid installation on-site without calibration. |
Technical parameters |
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Operating parameters |
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Core chip |
Self-researched and developed |
Device flux |
1500 people/hour |
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Scanning frequency |
70~80Ghz |
Working voltage |
200V~240V 50Hz/60Hz |
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Detection mode |
Straightway type |
Working power |
1500W |
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Line resolution |
10mm |
Environment temperature |
0℃~40℃ |
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Scanning speed |
10 FPS |
Environment humidity |
No condensation when lower than 100% |
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Data dimension |
360° holographic imaging |
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Device parameters |
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Single device dimension |
1500mm*425mm*1800mm |
Whole set dimension |
1500mm*1500mm*1800mm |
HBS-1310 millimeter wave security screening lane is suitable for the entrance and exit security screening of subway, high-speed train, hospital, customs, large-scale event, and other important places.