Mzane Electric
Home
About
Plugins
Custom Shop
Terms of Service
Return and Refund Policy
Mzane Electric
Home
About
Plugins
Custom Shop
Terms of Service
Return and Refund Policy
More
  • Home
  • About
  • Plugins
  • Custom Shop
  • Terms of Service
  • Return and Refund Policy

  • Home
  • About
  • Plugins
  • Custom Shop
  • Terms of Service
  • Return and Refund Policy

MZ-670

 

MZ-670 by Mzane Electric is a dual-channel automatic gain control compressor inspired by classic lat/vert dynamics

processors. Use it on stereo buses, vocals, guitars, drums, or mastering chains when you want smooth leveling with

independent left and right (or mid and side) control. 

Available as VST® and Audio Units (AU) for Windows and macOS.


Features & Specifications

Key Features

FAQs & Related

FAQs & Related

Price: $19
Formats: VST3 and AU · macOS and Windows
Key Features:
• Dual-channel automatic gain control in the classic lat/vert tradition
• Independent left/right or Mid/Side leveling
• Multi-stage ballistics for smooth glue and broadcast-style control
• Hardware-style gain riding for buses, vocals, guitars, drums, and mastering chains
• Part of the Arcane Devices collection
Who It's For: Engineers and producers who want smooth leveling with independent stereo or Mid/Side control — bus glue and gain riding without a heavyweight mastering suite.

FAQs & Related

FAQs & Related

FAQs & Related

What formats are supported? MZ-670 is available in 64-bit VST3 and AU for macOS and Windows.

Can I process Mid/Side as well as left/right? Yes — use independent left/right or Mid/Side leveling depending on the job.

Is there a free trial? Check the trial or download buttons on this page and the Arcane collection when available.

Related: More Arcane Devices → /arcane-device-collection · MZ-FMComp: /mz-fmcomp · Perfect Storm: /perfect-storm · MZ-Compressor: /mz-compressor

Downloads

MZ-670_User_Guide (pdf)

Download
  • Return and Refund Policy

Mzane Electric

Copyright © 2026 Mzane Electric - All Rights Reserved.

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept