Drive More Dynamic machine performance

Automated manufacturing works best when each axis of every machine works as efficiently as possible. That’s what our servo motors deliver: day in and day out, our synchronous, hollow shaft and asynchronous servo motors combine maximum power density with application-proven
reliability.

You’ll find the right motor for every application with our versatile selection of power output classes, designs, cooling methods and encoder types.

Do you need high dynamic servo motor response in a compact, energy-efficient package? DYNASYN DT series servo motors deliver the performance. If your next machine or application demands high torques at low speeds, DYNASYN DP servo motors will do the work you need.
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Features:

Power range: 280 W to 100kW

High dynamic response – low moment of inertia

Continuous static torques up to 750 Nm

Convection-cooled and liquid-cooled models

For complete technical details download the DYNASYN servo motors brochure.

Download Brochure
(PDF 1.2 MB)
Many automated production machines—woodworking, plastic extrusion machines, warehouse conveyors and sortation machines—move heavy loads, require high torque and high dynamic response, all packaged in compact housings with built-in energy efficiency. Our AMKASYN asynchronous motors satisfy these heavy-duty demands. Our workhorse asynchronous servo motors combine robust design combined with reinforced bearings to support high radial bearing loads.
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Features:

Low-maintenance, reliable performance

Force-ventilated and liquid-cooled models

DH motor series rated up to 38 kW with continuous stall torques of 43 to 225 Nm

DW motors power range up to 48 kW with continuous stall torques of 14 to 320 Nm

For complete technical details, download the AMKASYN asynchronous servo motors brochure.

Download Brochure
(PDF 587 KB)
When you need a simple and proven servo motor to drive linear motion modules, SPINDASYN motors are the right choice. Engineered to mount directly on a wide range of ball or planetary roller screws, they’re the complete linear actuator package: servo motor, DIN mounting for ball screw, optional holding brake and position encoder.
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Features:

Support for high axial forces up to 570 kN

High dynamics, high rigidity and zero backlash

Available in convection-cooled and liquid-cooled versions

For complete technical details download the SPINDASYN hollow shaft servo motors brochure.

Download Brochure
(PDF 1.9 MB)
Why install separate servo controllers or inverters for each servo motor, when AMK offers compact drive-integrated servo motor solutions? Our plug-and-play AMKASMART iDT series servo motors are engineered for simple integration into decentralized and hybrid motion control platforms.

The AMKASMART iDT series combine the torque motor, servo controller and phase-angle sensor into a single, compact unit ready for installation and configuring.
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Features:

Multiple power ratings available up to 10 kW

Compact design makes fitting into tight machine spaces easier

Support for Sercos III or EtherCAT for real-time Ethernet communication

Combined power and communication cabling reduces component cost and simplifies installation

For complete technical details, download the AMKASMART iDT series servo motors brochure.

Download Brochure
(PDF 469 KB)
Motion Control Profile

What's Right For You

Answer 3 simple questions about your challenges to see which advanced motion control framework might be right for you.

Take The Quiz
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Technical Articles

Cabinet-free motion control: what’s the real potential?

This thought-provoking technical article explores how AMK made advances in decentralized servomotors, drives and motion control, enabling simpler, more modular cabinet-free automation. (PDF 1.2 MB)
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© 2018 AMK Automation. AMK Holding GmbH & Co. KG
QUESTION 1

DOES YOUR MACHINE REQUIRE MORE THAN IP65 PROTECTION?

QUESTION 2

HOW’S THE TEMPERATURE IN YOUR MACHINE’S ENVIRONMENT?

QUESTION 3

ARE THERE ANY MOTORS THAT MOVE A LOAD GREATER THAN 10nM?

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YOU PROBABLY NEED A

CENTRALIZED SYSTEM

Based on your answers, the most effective and stable motion control framework for your machine locates PLC and drive components in a control cabinet. However, it may be possible to modify certain motor sizing decisions to use a hybrid framework.

prod-illustration-hybrid-500x373.png
You probably need a

Hybrid System

Based on your answers, a hybrid motion control framework will provide the best system. By combining decentralized drives, power supplies and other components with a selective use of cabinet-based components, you can create a smart machine design with modular flexibility.

prod-illustration-decentralized-500x373.png
YOU PROBABLY NEED A

DECENTRALIZED SYSTEM

Based on your answers, your machine seems eligible for a “cabinet-free” or decentralized motion control system. This could simplify many of your engineering, cabling and installation challenges, and free you to design an automated manufacturing system with maximum value.

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