Dynamic Gooseneck Microphone, KIMISS Podium Microphone 17.7in...
$ 14.13
Description
Dynamic Gooseneck Microphone, KIMISS Podium Microphone 17.7in... . 【Aluminum Alloy Construction】: Fashioned with an aluminum alloy shell, the podium microphone is characterized by low density, high strength, and enhanced plasticity, ensuring both durability and reliability for extended use. Dynamic Gooseneck Microphone, KIMISS Microphone, Podium Microphone 17.7in Flexible Noise Reduction Plug in Desktop Condenser Microphone with Power Indicator for Meeting Rooms Product Details 【Enhanced Flexibility】: The desktop condenser microphone is designed with a hose that can be twisted freely for easy angle adjustment. You can adjust the position of the microphone to suit your position. Make sure your voice sounds clear and focused. This microphone is for podiums, lectures, desks and offices. 【Superior Noise Reduction】: Equipped with windproof cotton, the desktop microphone delivers clear, uninterrupted audio by effectively reducing noise interference and external noise – ideal for professional audio recording or conferencing needs. 【Advanced Microphone Core and Power Indicator】: The mic boasts a high-grade core, ensuring efficient sound for exceptional audio output. The inclusion of a power indicator provides a clear when your microphone is operational, enhancing user convenience. 【Aluminum Alloy Construction】: Fashioned with an aluminum alloy shell, the podium microphone is characterized by low density, high strength, and enhanced plasticity, ensuring both durability and reliability for extended use. 【Wide Applicable Scenarios】: Home desktop microphone system captures broadcast-quality audio. It is suitable for multi-functional conference rooms, government lecture halls, large conference rooms, small and medium-sized conference rooms, etc. Great for meetings, games and more. Specification:Item Type: GooseneckMicrophoneMaterial: Aluminum AlloyLength of the Pole: Approx. 45cm/17.7inPackage List:1 x MicrophoneNote:Please allow some errors due to manual measurement.
