Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43
Allen & Heath XONE:43

Allen & Heath XONE:43

In stock, Delivery within 2-3 Days
€777.00
VAT included

A 4+1 channel DJ mixer delivering the famous Xone analogue audio quality in a familiar layout for classic setups in clubs, bars and at home.100% Analogue.Created for DJs and electronic music purists, Xone:43 is a 4+1 channel DJ mixer that offers the very best of analogue audio quality.

 

The 43 features the legendary Xone filter with resonance control, 3 band EQ, crossfader with three curve settings and X:FX for send/return to your favourite FX unit.

With balanced XLR main outputs, independent booth and record outputs, Xone:43 excels in the club and in high end personal DJ setups.

The Legendary Xone Filter

A freely assignable filter delivers all the power of the the legendary Xone VCF system with three modes – HPF, BPF and LPF – plus cutoff and resonance controls for complete control.

Add Your Favourite External FX

Xone:43 provides an FX loop with channel X:FX controls for a simple and intuitive way to integrate your favourite FX unit.

Features

·                     4 channels with phono/line inputs

·                     Xone:VCF filters

·                     3-band isolator EQ

·                     External FX loop with dry/wet control per channel

·                     XLR mic input with 2-band EQ

·                     Independent XLR Master, and RCA Booth and Record outputs

·                     Touring grade build quality

·                     Innofader compatible

7103
1 Item
No reviews
Comments (0)
No customer reviews for the moment.
Product added to wishlist
Product added to compare.

This site uses cookies, including third-party cookies, to improve its functionality and the use of the site, as well as for web analytics and targeted marketing purposes. By continuing to use this site without changing the cookie settings in your browser, you agree to our use of cookies.