Shure TwinPlex TL45 Omnidirectional Lavalier Microphone, Low Sensitivity, Lemo, Tan

Under the spotlight or in the midst of a bustling crowd, every word matters. The TwinPlex TL45 Omnidirectional Lavalier Microphone, with its low sensitivity and Lemo connector, is designed to capture the full spectrum of your voice, from high to low frequencies, in any setting. This professional-grade microphone is built to withstand the rigors of use, ensuring consistent, high-quality audio capture, even in challenging environments.

The innovative dual-diaphragm design of this durable lavalier microphone enhances its performance, capturing the complete weight of your voice. Its omnidirectional polar pattern ensures accurate reproduction of sound, regardless of the position or movement of the vocal source. This makes the TwinPlex TL45 an ideal choice for recording dialogues, monologues, interviews, and live performances.

The TwinPlex TL45 is not just reliable, but also versatile. Its superhydrophobic coating effectively prevents perspiration from interfering with the sound quality, making it a perfect companion for theater applications. The medical-grade cable technology offers flexibility and strength, ensuring longevity and consistent performance.

The ultra-thin 1.1 mm diameter cable, which can be painted to match your costume or hidden in a wig, combined with the professional LEMO connector, makes this microphone easy to conceal. This ensures that the focus remains on the performance, not the equipment.

With its low self-noise and high dynamic range, the TwinPlex TL45 delivers cleaner audio production. The interchangeable sweat- and moisture-resistant frequency caps further enhance its performance, ensuring that your audio recording remains uninterrupted, even during the most demanding schedules.

In summary, the TwinPlex TL45 Omnidirectional Lavalier Microphone offers a perfect blend of durability, versatility, and professional-grade audio capture. It's designed to rise to the challenge, delivering pristine, natural response and robust low-frequency response, night after night.