A CO2 mosquito trap and a mosquito repellent work in opposite directions. A trap pulls mosquitoes in and removes them; a repellent pushes mosquitoes away. Compare mechanism, scope, indoor and outdoor use, and what B2B buyers should evaluate.
A mosquito trap captures mosquitoes with fan-generated airflow that draws approaching insects from the plume area into a sealed collection system. Learn how the capture step works in a professional outdoor CO2 mosquito trap, and what it means for B2B buyers evaluating Pittar M3000 and MM4200.
CO2 attracts mosquitoes because it is the primary long-range cue female mosquitoes use to locate warm-blooded hosts for blood meals. Learn the mosquito receptor biology, behavioral response, and what it means for CO2-based outdoor mosquito control.
A CO2 mosquito trap kills mosquitoes through physical capture and dehydration inside the collection bag — not through UV light, electric grids, or chemical sprays. Learn how Pittar M3000 and MM4200 retain captured mosquitoes without insecticidal formulations.
A CO2 mosquito trap attracts mosquitoes by releasing carbon dioxide as a host cue, then captures them through airflow into a collection bag where they dehydrate. Learn how this professional outdoor mosquito-control technology works and how Pittar M3000 and MM4200 implement it for large-area mosquito control.
Learn how CO2 mosquito traps attract mosquitoes through carbon dioxide as a host cue, secondary signals, and airflow capture. A technical guide for B2B buyers.
