Smart Electric Fly Swatter 2 in 1 UV Light Mosquito Trap 3 Layer Grid USB Charging

Description:

• This smart electric fly swatter features two modes for manual swatting and automatic mosquito trapping. It uses UV light attraction, a 3000V three-layer security grid, and a built-in rechargeable lithium battery with USB charging for 4.5 to 8.5 hours of use.

Features:

• 2-in-1 Design with Manual and Auto Modes: Works as both a handheld electric fly swatter and a UV mosquito trap. Manual mode lets you actively swat, while automatic mode attracts and traps mosquitoes hands-free at night.
• UV Light Attraction with 360-Degree Illumination: Emits 368nm ultraviolet light with 360-degree coverage to effectively attract mosquitoes from the surrounding area to the high-voltage grid.
• 3000V Three-Layer Security Grid for Instant Trap: The front and back layers are security nets that deliver no current on human contact. The middle working grid delivers 3000V high voltage to catch mosquitoes instantly, combining security with efficiency.
• Double Safety Switches for Peace of Mind: Requires sliding the side switch and pressing the large button to activate the grid, providing dual protection against accidental activation. Little ones should only use under adult supervision.
• USB Charging with Long Battery Life: Built-in lithium battery charges via USB in about 2-3 hours for 4.5 to 8.5 hours of use. Comes with a charging base for convenient storage and charging.

Specifications:

• Material: PP
• Color: Cream White
• Dimensions: 51.5 x 21.5 cm
• Usage Time: 4.5 - 8.5 Hours
• Charging Time: 2 - 3 Hours
• Charging Input: DC 5V
• Grid Voltage: 3000V
• Battery Capacity: 300mAh Lithium Battery
• Power Supply Method: Type-C USB Charging (Adapter Not Included)

Package Contents:

• 1 x Smart Electric Fly Swatter
• 1 x USB Charging Cable
• 1 x Charging Base
• 1 x User Manual

Please Note:

• Due to manual measurement, there might be a slight tolerance in the product size.
• The actual product color may vary slightly from the images due to lighting and screen differences.