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Bird Deterrent System
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SSK/NW-CI
The multi‑functional post‑toxicity rapid screening and clearance device is a fast‑testing system developed to detect individuals who have used drugs. It operates by measuring abnormal changes in cerebral magnetic flux caused by elevated levels of dopamine in the human body, as detected by SQUID sensors. The MEG drug‑related rapid screening instrument eliminates consumable waste and is easy to operate: after powering on, simply connect the finger clip to the main unit; the test subject places the clip on their middle finger, and the SQUID sensor at the front of the device is gently pressed against the subject’s forehead for 7–12 seconds to obtain results, determining whether the individual has consumed narcotics or prohibited substances.
SSK/NW-I
This product is developed and manufactured by Beijing Sosike Technology Development Co., Ltd. It is a handheld Raman spectroscopy instrument that combines rapid detection, precise qualitative analysis, and portability with rugged durability. The device has undergone rigorous testing by an authoritative third-party laboratory, passing all performance criteria, and is suitable for on-site, rapid screening of hazardous chemicals, narcotics, explosives, precursor chemicals, explosive precursors, and chemical warfare agents. Featuring a lightweight design, long battery life, fast detection speeds, extensive spectral libraries, and strong environmental adaptability, it meets the demands of diverse applications in outdoor settings, emergency response, security inspections, and law enforcement.
SSK/NW-II
By employing Raman spectroscopy as the analytical technique, molecular information can be clearly revealed regardless of the sample’s physical state, leaving toxic substances with nowhere to hide.
SSK/NW-IP
This product employs 1064 nm Raman spectroscopy and is specifically designed for rapid on-site detection. It is compact and portable, enabling contactless operation, and can penetrate various types of packaging to directly identify liquid, powdered, and solid hazardous chemicals, explosives, narcotics, and precursor chemicals. It supports both online and offline dual-mode detection, mixture analysis, and safety alerting, meeting the demands of real-world applications such as security screening, drug enforcement, riot control, and emergency response.
SSK/NW-FAI
The SSK/NW-FAI multi‑purpose infrared thermal imaging firefighting night‑vision helmet integrates infrared thermal imaging, visible‑light video recording, vital‑sign monitoring, gas detection, nuclear radiation early warning, GPS/Beidou positioning, 5G/4G image transmission, and one‑button emergency alert functions. It is suitable for applications such as fire rescue, smoke‑environment reconnaissance, on‑scene search and rescue, post‑disaster search and rescue, special‑operations emergency response, and integrated emergency command coordination.
SSK/NW-HC
The infrared thermal imaging smart helmet incorporates a high-sensitivity, high-resolution infrared thermal imaging detector module that can penetrate smoke and flames, accurately assess the fire scene, identify trapped individuals, and precisely map temperature distributions, with a maximum detection range of 160 meters. The helmet is also equipped with vital-signs monitoring sensors for heart rate, blood oxygen levels, and more, as well as alarm modules for flammable, toxic, and hazardous gases and nuclear radiation, providing firefighters with comprehensive safety protection. Additionally, the device features AI‑driven data analysis capabilities, delivering timely and reliable information to support emergency rescue operations.
SSK/NW-LG3000
As the ecological environment improves and public awareness of bird conservation grows, bird populations are increasing. However, this has posed a serious challenge to both military and civil aviation worldwide. During takeoff and landing, aircraft engines can easily ingest birds, damaging turbine blades and severely compromising flight safety. Bird strikes are one of the most significant threats to aviation safety. To safeguard aviation security and protect passengers’ lives and property, airports have implemented a variety of bird‑deterrent measures. Based on airport-specific needs, Sosk Technology has developed a handheld, programmable automatic laser bird‑deterrent device. Field tests have demonstrated that this laser‑based approach significantly reduces bird‑related hazards in both military and civil aviation. Designed and manufactured in accordance with European standards, the product is CE‑certified, widely exported to mature markets in Europe and North America, and has earned consistent acclaim from customers at home and abroad.
SSK/NW-BR3000
The development of air transport has turned airports into critical hubs, while bird strikes pose a significant threat to flight safety. Airports are deploying 532-nm green lasers, infrared thermal imaging, and laser rangefinders for bird deterrence, ensuring both flight safety and environmental sustainability, with high application potential and market value.
SSK/NW-FLD5000
The growth of air transport has turned airports into critical hubs, while bird strikes pose a significant threat to flight safety. To ensure aviation safety in an environmentally friendly manner, airports are deploying 532-nm green lasers, infrared thermal imaging, and laser rangefinders for bird deterrence—technologies that offer high practical value and strong market potential.
SSK/NW-GL
The SSK/NW-GL series laser bird‑deterrent remote‑control system is a cutting‑edge bird‑control solution developed and manufactured by Sosike Technology specifically for specialized applications such as airports, substations, military radar centers, and power facilities. It provides full‑area coverage at medium and low altitudes, offering two scanning modes—cruise scanning and tracking scanning—for an expanded protection zone. The device can perform repetitive scans between user‑defined horizontal start and end positions. Additionally, it supports a tracking mode that simulates the path of light to execute targeted scanning. With both automatic and manual laser‑activation options, and remote control over laser power and beam angle, it effectively drives birds away from the scanned area, ensuring safe, stable, and reliable operations at the installation site.
SSK/NW-GLT5000
SSK-HT
Compact size, with built-in Wi‑Fi, hotspot functionality, and multiple sensor arrays including azimuth, elevation, and roll angles. Ultra-low power consumption ensures exceptionally long standby time; boot-up takes less than 5 seconds, with minimal energy usage. One‑button photo and video capture makes it easy to record even the smallest details; supports up to 256 GB of storage. Advanced image‑processing algorithms deliver outstanding noise reduction, while proprietary digital enhancement, picture‑in‑picture zoom, and automatic image‑stretching features provide performance that surpasses standard thermal imaging products on the market.