Adjustable headworn vocal mic with ultra-thin design. Built for demanding performance applications.

Condenser Microphone Type

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Flat Frequency Response

Wide, uniform response. Consistent sensitivity through frequency range.

Precision-engineered small-diaphragm condenser microphone with interchangeable polar pattern capsule options.

Condenser Microphone Type

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

Bidirectional Polar Pattern

Picks up sound equally from the front and back of the microphone.

Cardioid Polar Pattern

Picks up the most sound in front of the microphone and some from the sides. Less susceptible to feedback in high volume environments.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

SuperCardioid Polar Pattern

Screens unwanted sound sources. Ideal for individual instruments in a multi-microphone setting, or single sources in noisy environments.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

For desktop-installed sound reinforcement applications requiring discreet placement.

Condenser Microphone Type

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

Cardioid Polar Pattern

Picks up the most sound in front of the microphone and some from the sides. Less susceptible to feedback in high volume environments.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

A low-impedance handheld mic that provides clear, natural voice response and high intelligibility.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

A rugged, high-output omnidirectional desktop mic designed for optimum speech intelligibility.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

Extremely reliable handheld mic designed for use in a variety of mobile and fixed-station applications.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

Low-impedance gooseneck microphone tailored for speech intelligibility where noise levels are minimal.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

Rugged noise cancelling mic designed for fixed-station voice applications subject to background noise.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

A handheld dynamic microphone designed for voice communications and paging applications.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

A small and sturdy, economical, low impedance handheld communications mic for budget-minded installations.

Dynamic Microphone Type

Simple, rugged diaphragm/coil. handles extreme volume levels without distortion.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

Tailored Frequency Response

Smooth, extended response. Tuned to accentuate specific types of instruments or voices.

Wireless premium condenser lavalier mics for speech applications.

Condenser Microphone Type

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

Cardioid Polar Pattern

Picks up the most sound in front of the microphone and some from the sides. Less susceptible to feedback in high volume environments.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.

SuperCardioid Polar Pattern

Screens unwanted sound sources. Ideal for individual instruments in a multi-microphone setting, or single sources in noisy environments.

Wireless micro-miniature lavalier mic provides full, clear sound.

Condenser Microphone Type

Lightweight, sensitive diaphragm. Precisely and smoothly captures sound nuances. Powered by battery or phantom power supply.

OmniDirectional Polar Pattern

Equally sensitive to sound from all directions, but cannot be "aimed" to isolate one area.