Lewitt MTP 350 CM Condenser Vocal Microphone

#913602

Product discontinued

Lewitt MTP 350 CM Condenser Vocal Microphone

#913602

Product discontinued

Lewitt MTP 350 CM Condenser Vocal Microphone Overview

Lewitt MTP 350 CM Product Overview by GAK

A rich, detailed condenser mic, the MTP 350 CM features a thin diaphragm condenser capsule which provides maximum clarity for vocalists.

The microphone features a consistent polar pattern, Even with more than half of the wire mesh cup covered, it will not lose any rear rejection. Everything below the LEWITT ring can be gripped by the artist’s hand of the artist without causing the FOH engineer to lift even a single finger.

The internal dual shock mount system provides effective noise elimination by utilising the units refined rubber suspension.

Lewitt Product Overview

The MTP 350 CM provides rich and detailed condenser sound. This models’ tailored frequency response always allows for maximum precision and unsurpassed clarity, taking vocals to the next level. The MTP 350 DMs variant is additionally equipped with an on/off switch.

The MTP 350 CM is a condenser vocal microphone with a thin diaphragm condenser capsule. This brings a high level of sonic clarity to your vocal performance.

The MTP 350 DM has an amazingly consistent polar pattern. Even with more than half of the wire mesh cup covered, it will not lose any rear rejection. Everything below the LEWITT ring can be gripped by the artist’s hand of the artist without causing the FOH engineer to lift even a single finger.

The structure-in-structure architecture provides the basis for the MTP series' ruggedness. The outside enclosure of wire-mesh cup and ring is made of sturdy spring steel while the body consists of durable zinc die cast parts. The inner enclosure is made of resilient but lightweight nylon reinforced ABS. This design ensures the best possible protection for rough daily touring routines.

Our internal dual shock mount system achieves the most effective handling noise elimination. Refined rubber suspensions provide the best possible dampening of unwanted structure-borne noise caused by hand-movement.