Photocatalysis Suction Type Electric Mosquito Killer Lamp with UV Light and Powerful Fan Trap Indoor Mosquito Catcher Device for Bedroom Living Room Home Office Silent USB Powered Mosquito Killer Machine Description This advanced photocatalysis suction type mosquito killer lamp is designed to effectively attract and trap mosquitoes and small flying insects, helping create a more comfortable and bite free indoor environment. The device uses ultraviolet light to attract mosquitoes and a powerful built in suction fan that pulls insects into the internal trap where they are captured. Its quiet operation makes it suitable for use during sleep, ensuring a peaceful night without disturbance. The modern compact design blends easily with home interiors and works perfectly when placed on bedside tables, desks or living room surfaces. The device is easy to operate and suitable for continuous indoor use in bedrooms, offices, living rooms and other indoor spaces, helping reduce mosquito presence safely without sprays or strong chemicals. Key Features Photocatalysis suction type mosquito trapping technologyUltraviolet light attracts mosquitoes and flying insectsPowerful suction fan captures insects inside the trap chamberQuiet operation suitable for bedroom use at nightChemical free mosquito control solutionEnergy efficient and safe for indoor useCompact and modern design suitable for home decorSimple operation with easy cleaning trap boxUSB powered device for convenient use Ideal For Bedroom mosquito controlLiving room useOffice desk placementIndoor mosquito protectionNight time mosquito trappingHomes apartments and dorm rooms Specification Product Type Electric Mosquito Killer LampTechnology Photocatalysis Suction TrapPower Source USB PoweredOperation Mode Silent Electric Fan SuctionUsage Indoor Mosquito ControlInstallation Tabletop PlacementApplication Home Office Bedroom Living RoomDimension :- Volu. Weight (Gm) :- 406 Product Weight (Gm) :- 205 Ship Weight (Gm) :- 406 Length (Cm) :- 18 Breadth (Cm) :- 11 Height (Cm) :- 10 Read Less