🎉 Up to 70% Off Selected ItemsShop Sale
HomeStore

XLR Adapter Portable Lightweight Converter for Mixer Live Broadcasts Singing Female

Product image 1
Product image 2
Product image 3
Product image 4
Product image 5
Product image 6
Product image 7
Product image 8
Product image 9

XLR Adapter Portable Lightweight Converter for Mixer Live Broadcasts Singing Female

Description:

- 【Design】: XLR to 6.5mm Male Adapter, making it compatible with guitars, microphones, mixers, and other professional audio equipment
- 【Features】: XLR Converter allowing musicians and audio engineers to switch between systems without hassle
- 【Material】: XLR Adapter made of metal and ABS materials to ensure long term performance and reliability during frequent use
- 【Portable】: Compact Adapter Connector makes it easy to carry and install in any studio or live performance environment
- 【Package 】: Includes a Microphone Converter. Suitable for guitarists and audio professionals

Size Chart:

9cm/3.54inch, Diameter 2cm/0.79inch, Female

Package Includes:

1 adapter 

Note:

Please allow slightly errors due to manual measurement and different monitors.

$227.15

Original: $649.00

-65%
XLR Adapter Portable Lightweight Converter for Mixer Live Broadcasts Singing Female—

$649.00

$227.15

Product Information

Shipping & Returns

Description

Description:

- 【Design】: XLR to 6.5mm Male Adapter, making it compatible with guitars, microphones, mixers, and other professional audio equipment
- 【Features】: XLR Converter allowing musicians and audio engineers to switch between systems without hassle
- 【Material】: XLR Adapter made of metal and ABS materials to ensure long term performance and reliability during frequent use
- 【Portable】: Compact Adapter Connector makes it easy to carry and install in any studio or live performance environment
- 【Package 】: Includes a Microphone Converter. Suitable for guitarists and audio professionals

Size Chart:

9cm/3.54inch, Diameter 2cm/0.79inch, Female

Package Includes:

1 adapter 

Note:

Please allow slightly errors due to manual measurement and different monitors.