High performance stackable piezo motor controller with speeds beyond 2 mm/s and resolutions down to 1 nm.
Multi-phase piezo driver that accepts pulse-direction input, allowing speeds beyond 2 mm/s.
High performance controller with speeds beyond 10 mm/s with our patented multi-phase piezo motor.
The MMX-120 is a high-performance single-axis piezo motion control card for piezo-driven actuators and sub-nanometer positioning resolution (stage dependent) with Micronix’s patented multi-phase piezo motor technology.
Ultra-compact motion controller compatible with all Micronix piezo motors, stepper motors, BLDC motors and DC motors.
Micronix MMX-RACK is a high-density motion controller platform capable of controlling up to 24 axes in a single, scalable system.
The MMX-120 is a high-performance single-axis piezo motion control card for piezo-driven actuators and sub-nanometer positioning resolution (stage dependent) with Micronix’s patented multi-phase piezo motor technology.
Sep 03, 2019
Designed and manufactured 100% in California, USA.
Dec 18, 2025
X-BOT-50 | 6 Degree of Freedom Platform
Miniature hexapod with a travel range of ±14 x ±14 x ±2.5 XYZ, ±9° x ±10° tilt from center position
Jan 12, 2026
MMX-RACK + MMX Controller Cards
The MMX-RACK is an ultra high-density motion controller for Industrial application and a multi-axis controller with MMX Controller Cards that support all MICRONIX stages.
General Terms and Conditions of MICRONIX USA, LLC 1 General 1.1 In these conditions of sale, “Seller” shall mean MICRONIX USA, LLC
Terms of use The contents of this website and the information provided herein is selected carefully and updated on a regular basis. Nevertheless
Manfred Schneider - President/CTO Manfred is responsible for all technical and operational aspects of MICRONIX USA.
Technical Support For technical support, please contact our applications engineer Peter Nguyen Phone: (949) 480-0538
About Us Founded in 2006 in Southern California, MICRONIX USA designs and manufactures miniature micro- and nano-positioning components and
