Neumann Z26 MT Inline Microphone Shock Mount

Introducing the Neumann Z26 MT Inline Microphone Shock Mount
Experience enhanced audio quality with the Neumann Z26 MT, a specially designed inline microphone shock mount that significantly improves noise isolation. Crafted to be inserted between your microphone stand and mount, the Z26 MT utilizes its rubber construction to absorb and reduce structural vibrations that can affect sound clarity. Ideal for recording studios, broadcasting environments, and live performance settings, this device ensures that your recordings are protected from unwanted noise.

Designed for Seamless Integration
The Neumann Z26 MT is engineered to fit effortlessly between any standard microphone stand and mount, thanks to its 1/2" threaded stud and 5/8"-27 female thread. This compatibility makes it a versatile choice for various audio setups, allowing professionals to enhance their existing equipment without the need for additional or specialized components.

Robust Rubber Construction for Optimal Noise Isolation
Constructed from high-quality rubber, the Z26 MT shock mount is specifically designed to dampen vibrations and minimize noise transmission. This material choice not only prolongs the durability of the mount but also ensures effective vibration absorption, thereby enhancing the overall sound quality of your microphone setup.

Standard Threads with Versatile Adapter
To accommodate a wide range of microphone stands, the Neumann Z26 MT comes equipped with standard threads and includes an adapter for use with both 1/2" and 3/8" stands. This feature allows for quick and easy setup, ensuring that the shock mount can be integrated into any professional audio system with minimal effort.

Compact and Efficient Design
Despite its powerful performance, the Z26 MT boasts a compact design, making it an unobtrusive addition to your audio equipment. Its small footprint ensures that it does not interfere with other components of your setup, allowing you to maintain a clean and organized workspace while benefiting from improved audio quality.