Emergency Testing Series-Emergency Testing Series-Infrared Thermal Imager – Night Vision Device – Security Equipment – Beijing Soske Technology Development Co., Ltd.

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Emergency Testing Series

Anti-bird radar green-light control system

SSK/NW-BR3000

The growth 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 practical and market value.

54mm thermal imaging lens | Picture-in-Picture | 5 reticle modes | Laser lockable anywhere within a –45° to 90° range | Ranging up to 1,500 meters

Remote-Controlled Laser Bird-Repellent Rotating Platform

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 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 start and end azimuths. 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 the safety, stability, and reliable operation of the installation site.

Laser range: 1.5 km | Bird‑deterrent radius: 500 m | Visible‑light lens with focal length: 5–160 mm | High‑speed pan/tilt platform | IP66 dust‑ and water‑proof rating

SSK/NWI (BEIF)

Multi-functional Rapid Poison Screening and Removal Device

SSK/NW-CI23

The multi‑functional post‑toxicity rapid screening and clearance device is a fast‑testing system developed and manufactured to detect abnormal brain magnetic flux caused by elevated dopamine levels in the human body, as measured by SQUID sensors. The MEG drug‑screening rapid detector eliminates consumable waste and features simple operation: after powering on, 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 rapid‑testing unit is gently pressed against the subject’s forehead for 7–12 seconds to deliver results, determining whether the individual has used drugs or prohibited substances.

Handheld Gas and Nuclear Radiation Integrated Device

SSK/NW-PWT Backup

The SSK/NW-PWT handheld integrated gas and nuclear radiation detector is designed for rapid detection of multiple gases and for issuing alarms when nuclear radiation levels exceed permissible limits. It can continuously monitor and analyze oxygen concentrations, various volatile toxic and hazardous substances, and radioactive isotopes within a specified range in diverse environmental settings. It is applicable to on-site security inspections, hazardous‑environment monitoring, emergency response analysis at incident scenes such as gas leaks, as well as the surveillance and assessment of nuclear‑contaminated environments.

MicroIR-1710(384)

Soske Technology offers thermal imaging core modules, complete systems, and personal vision solutions. It employs uncooled vanadium oxide focal plane detectors, supports multiple focal length lenses, delivers crisp images, provides comprehensive functionality, offers flexible customization, and facilitates seamless secondary development.

MicroIR-1710-640

The thermal imaging core series features industry-leading uncooled vanadium oxide focal plane detectors, supports multiple focal length lenses, delivers crisp images, offers comprehensive functionality, provides flexible customization, and facilitates seamless secondary development.

SSK-HWTJ

Infrared lenses are the core components of infrared optical systems, and their material properties directly influence the system’s spectral response, imaging quality, and environmental adaptability. Currently, the mainstream materials for infrared lenses include germanium (Ge), silicon (Si), and chalcogenide glasses, each with distinct advantages in terms of optical characteristics, physical properties, and application scenarios.

MWIR mRUBY (18-275 F5.5)

The MWIR mRUBY (18–275 mm, F5.5), a high-performance mid-wave infrared continuous‑zoom lens, delivers unique value across multiple applications thanks to its wide focal‑length range, high‑resolution compatibility, and robust environmental resilience. Mid‑wave infrared (3–5 μm) imaging outperforms visible‑light systems in low‑light conditions and adverse weather, while also penetrating obscurants such as haze and smoke. This lens features a 18–275 mm continuous zoom and is compatible with a 640×512 detector.

SSK-PCX-Lenses-Ge

Germanium is a commonly used optical glass material in the infrared spectral range, with a transmission window of 2.0–16 μm. It features a high refractive index and exceptional Vickers hardness. Germanium exhibits chemical inertness toward air, water, acids, and alkalis, making it well suited for thermal imaging and infrared imaging in harsh environments. It can serve as a substrate for various optical components, such as lenses and windows. A plano-convex lens focuses light to a single point; it has a positive focal length, with one surface flat and the other convex. It is often employed for collimation and focusing of monochromatic light sources. When in use, the convex side should face the incoming light. When combined with other lenses, germanium plano-convex lenses can be utilized for beam shaping, beam collimation, beam expansion, beam reduction, and a variety of other applications.

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Beijing Soske Technology Development Co., Ltd.

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EMAIL:Guojin@settall.com

8th Floor, Building 14, Zone 7, Headquarters Base, West Outer Ring Road, Fengtai District, Beijing

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