MAYBESTA Professional Wireless Tie Lapel Microphone

MAYBESTA Professional Wireless Tie Lapel Microphone 25-26 This innovative wireless Lav microphone is easier to set up with simple automatic connection. No adapter, Bluetooth, or application required. Simply insert the receiver into your device, then turn on the portable microphone, and these two components will automatically pair Omnidirectional sound reception adopts high-density anti spray sponge and high sensitivity microphone, which can clearly record every detail of sound regardless of the surrounding environment. Our noise reduction technology cuts off any noise interference during recording to ensure sound quality Full compatibility: The upgraded wireless clip on microphone is compatible with IOS smartphones, iPads, and more. The handheld microphone is suitable for content creators to conduct interviews, online meetings/teaching, podcasts, video blogs, and live broadcasts Universal wireless system: Small lapel microphone without wires. You can hold it with your hand or clip it onto the shirt. It can cover signals up to 50 feet, helping you get rid of messy wires and record or shoot videos clearly at farther distances indoors or outdoors. This mini microphone will not be surrounded by wires, making it very convenient for influencers to record audio/video on different social media platforms such as YouTube and Tiktok. Rechargeable transmitter and receiver: The wireless lavalier microphone has a built-in 65MAH rechargeable battery, with a charging time of up to 4.5 hours. When using a Lav microphone, you can simultaneously charge the device Note: It can only be used with iPhone/iPad with Lightning port and cannot be used with devices with USB C port (such as iPhone 15 or iPad Pro series). Before starting to record voice/video, please ensure that the Bluetooth in your phone is turned off Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.