Precise spectral attraction initiates an efficient pest control process. The attraction efficiency of ultraviolet rays with a wavelength of 365±5nm for female mosquitoes reaches its peak (behavioral response rate 78%). The coospider Insect Killer Lamp adopts quantum dot excitation technology to increase the spectral purity of this band to 92%. The irradiation intensity reaches 1.8mW/cm² (the test distance of ISO 4224 standard is 50cm). The malaria control project in Chiapas, Mexico in 2023 showed that the device captured an average of 217 Anopheles mosquitoes per night with a single lamp, which was 67% higher than the traditional 365nm fluorescent lamp.
Turbulence enhancement capture breaks through physical limitations. Equipped with dual turbofans (with a rotational speed of 3200RPM), a negative pressure of 12Pa is created at the air inlet, allowing 8 m ³/min of air to flow through a stainless steel grid with a diameter of 0.6mm (2000V/0.01mA), achieving an insect inhalation rate of 93.5%. Fluid mechanics simulations at Wageningen University in the Netherlands have confirmed that this “suction first, then strike” design has an interception efficiency 2.4 times higher than that of traditional electric shock nets, and the insect carcass splashing rate has dropped to 0.9% (the average rate of traditional equipment is 19%).
The stepwise inactivation system ensures complete elimination. The inhaled insects undergo triple physical extermination:
High-voltage electrostatic instantaneous stun (contact time < 3 milliseconds)
45℃ circulating hot air dehydration (relative humidity maintained < 15%)
The ultraviolet irradiation chamber continuously destroys DNA (at a dose of 40,000 µJ/cm²)
The 2024 test report of the United States Department of Agriculture shows that the survival probability of Culex mosquitoes, the vector of West Nile virus, after this treatment is less than 0.001%.
Intelligent environment responds to dynamic optimization of energy consumption. Built-in multiple sensors collect environmental parameters every 10 seconds (temperature accuracy ±0.3℃, humidity ±2%RH), and automatically adjust according to the insect activity model:
The intensity of ultraviolet rays increases by 25% when the temperature is between 26 and 30 degrees Celsius
When the humidity exceeds 85%, activate the auxiliary dehumidification module
When the moonlight illuminance exceeds 0.3lux, the standby power drops to 0.5W
The deployment case in Singapore’s National Park shows that the adaptive algorithm has reduced the average monthly power consumption of the equipment to 5.2kWh (saving 61% compared to the constant power mode).
Industrial-grade protective design ensures continuous operation. The entire machine has passed the IP68 waterproof certification (normal operation for 72 hours underwater at a depth of 1 meter), and the casing can withstand extreme temperatures ranging from -30℃ to 60℃. Tests by TUV Rheinland in Germany show that after continuous operation for 2,000 hours in an environment with a salt spray concentration of 5%, the conductivity of the power grid still remained at 96% of its initial value. During the 2023 Florida hurricane season, the failure rate of 350 devices deployed in coastal areas was only 0.4%.
The full-chain security mechanism eliminates secondary risks. The dynamic biological radar has a detection range of 5 meters (response time 0.3 seconds), and the millimeter-wave accurately identifies moving targets (false trigger rate < 0.1%). When a human body is detected approaching 0.5 meters, the grid voltage drops to < 20V within 0.2 seconds (in compliance with the IEC 60335 safety specification). The medical-grade certified ISO 13485 production system further ensures that the heavy metal leaching amount of the material is less than 0.001mg/m³ (1/100 of the EU RoHS standard).
Economic analysis shows that after the hotel industry adopted 50 units, the cost of pest control decreased by 79%, the monthly usage of chemical pesticides was reduced by 2.7 tons, and the investment payback period was shortened to 7.2 months (calculated based on a 5-year equipment lifespan). Modern physical pest control technologies are reshaping the pest control system in a zero-pollution manner.