
SV-E3 series synchronous servo driver is high performance servo drive, which can realize accurate position/speed/torque control. With intelligent power module (IPM) and other latest technology design, simple operation, high reliability, small size, easy to install.

HSD7 new series high-end synchronous AC servo driver adopt the advanced control algorithm, support mainstream protocol such as MODBUS, CANOPEN, EtherCAT, MECHATROLINK which can realize speed and accurate position control. With intelligent power module (IPM) and other latest technology design, simple operation, high reliability, small size, easy to install.

HSD2 series synchronous ac servo driver is designed and manufactured, employing the advanced control algorithm based on the market demand, which can realize speed and accurate position digital control. With intelligent power module (IPM) and other latest technology design, simple operation, high reliability, small size, easy to install.

HSD6 series synchronous AC servo driver adopt advanced control algorithm, support mainstream protocol such as MODBUS, CANOPEN, EtherCAT, Encoder resolution up to 23bits. response up to 3.0KH.

HSV-180AD digital AC servo drive is a high-voltage feed drive based on HSV-18D. The drive unit uses AC 380V power input, and features compact architecture, easy operation, and high reliability.

HSV-180AS digital AC spindle servo drive is a high-voltage feed drive based on HSV-18S. The drive unit uses AC 380V power input, and features compact architecture, easy operation, and high reliability.

HSD2000 has perfect performance thanks to 64bit DSP, high performance FPGA, and the newest motor control algorithm. It could drive synchronous servo motor and asynchronous servo motor, as well as induction motors. Available for pulse/analog/field bus/digital input signal/keyboard control, and supports all types of encoders including incremental, SinCos, absolute, The power range is from 2.2KW up to 132KW.
Copyright © 2026 MAK SERVO - All Rights Reserved.
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.