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Electric Insect Killer - China Manufacturer

From my side as a China-based Manufacturer, I offer an electric insect killer designed for busy production floors and wholesale channels. This unit creates a clean, chemical-free catch, using a proven UV attractor and a robust metal grid that handles large volumes in 24/7 operation. I designed it for easy integration with OEM orders and private labeling to suit your brand. Safety first: sealed housing, leakage-free tray, and automatic shutoff when opened for maintenance. Energy efficient with low running costs, it helps cut insect-related losses and keep facilities compliant with hygiene standards across China and international markets. The unit ships with spare parts and technical support, and I can tailor voltage and enclosure colors to your specs. If you need a reliable partner for Manufacturer procurement, let's talk about volume pricing and lead times.

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electric insect killer Delivers Unmatched Quality Your End-to-End Solution

Discover an electric insect killer that delivers unmatched quality as a complete end-to-end solution for global buyers. Engineered with durable materials and designed for high capture efficiency, it combines optimized UV attractors, intelligent airflow and a robust collection grid to reduce maintenance and energy consumption. Modular construction supports OEM/ODM customization, scalable production and tailored packaging to meet diverse market needs. Supply-chain reliability, competitive pricing and responsive after-sales support ensure fast lead times and ongoing parts availability. Ideal for hospitality, food processing, retail and industrial facilities, this solution meets international safety and performance expectations and integrates easily into facility pest-management programs to minimize disruption and protect brand reputation.

{ electric insect killer Delivers Unmatched Quality Your End-to-End Solution}

Feature Specification Typical Value / Range Test / Standard Notes
Device Type Electric flying insect trap Indoor, ceiling or wall-mounted Designed for residential and light-commercial use
Light Source UV LED array 365–370 nm peak IEC 62471 (photobiological safety) referenced Optimized for attraction of common flying insects
Power Consumption Electrical input 18 W (typical) Measured at nominal supply voltage Includes LED + grid driver losses
Energy Use Daily consumption (24 h) ~0.432 kWh/day Calculated from measured power Actual use depends on duty cycle
Effective Attraction Area Indoor coverage (typical) ~60 m² Internal light-attraction test (room conditions) Depends on room layout and ambient lighting
Capture Efficiency Proportion of attracted insects captured 85–92% (lab conditions) 7-day controlled exposure test Field performance may vary by species
Noise Level Operational sound pressure ≤ 40 dB(A) at 1 m A-weighted measurement Quiet for domestic environments
Collection Method Removal of insects Electrified grid + removable tray Tray is washable; grid accessible for cleaning
Material Housing and structural parts Flame-retardant ABS housing, aluminum grid UL 94 considerations referenced in design Durable for indoor environments
Dimensions (L×W×H) External footprint 300 × 120 × 60 mm Measured per product drawing Slim profile for discreet mounting
Weight Packaged unit mass ~0.9 kg Weighed (typical unit) Lightweight for easy installation
Ingress Protection Environmental rating IPX0 (indoor use recommended) Avoid direct outdoor exposure to elements
Operating Temperature Ambient range 0 °C to 40 °C Store and operate within range for optimal life
Maintenance Interval Recommended cleaning Every 2 weeks (typical household use) Field maintenance guidance More frequent cleaning in high-insect areas
Certifications Safety & compliance CE, RoHS, IEC 62471 referenced Third-party test reports recommended Meets common regional safety expectations
Recommended Mounting Height Typical installation 1.8–2.5 m above floor Installation guidance Avoid mounting near competing light sources
Expected Service Life LED lifetime 20,000–30,000 hours (LED) Manufacturer LED binning data referenced Grid and electronics life varies with usage
Notes: Values shown are typical for indoor electric insect traps of this configuration. Field results vary with environment, species, and placement.

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electric insect killer Dominates Where Service Meets Innovation

Service Penetration and Innovation Adoption by Region

This chart compares two complementary dimensions across five global regions: Service Penetration (the proportion of the market actively using professional installation and maintenance services) and Innovation Adoption (the share of the market that has adopted advanced product innovations such as smart sensors, low-noise motors, or IoT connectivity). Data are illustrative and designed to highlight relative patterns rather than exact measurements. North America shows high service penetration and strong innovation adoption, reflecting mature markets with established service networks and early uptake of new features. Europe demonstrates similarly high service levels but slightly more conservative innovation adoption, suggesting regulatory or market preferences that prioritize reliability and compliance. Asia-Pacific displays moderate-to-high innovation adoption while service penetration lags behind, indicating fast product innovation uptake in urban centers but uneven service infrastructure across broader geographies. Latin America shows moderate service penetration with lower innovation adoption, consistent with markets where service availability can be limited and price sensitivity slows uptake of premium features. The Middle East & Africa region records the lowest combined indices, pointing to opportunities for investment in both service expansion and targeted innovation that matches local needs. When interpreting the chart, note that high innovation adoption without commensurate service penetration may lead to suboptimal user experience if maintenance and installation ecosystems are not in place. Conversely, strong service networks with slower innovation uptake can preserve reliability while missing potential efficiency gains. Stakeholders can use this view to prioritize paired investments: expanding local service capabilities where adoption rises, and tailoring innovations to fit regions where services are still scaling.

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