

Machine Tool

DMM Tech’s AC servo motors provide CNC machines with exceptional precision, efficiency, and reliability, making them an ideal choice for high-performance manufacturing.
Our products are used widely in CNC applications including:
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Motion control for primary XYZ axis and rotary axis
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Motors for Spindle axis including Spindle encoder feedback
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Motors for Automatic Tool Changers (ATC)
- Repairs and Retrofits into de-commissioned machines
Our advanced servo motor and drive systems offer precise speed, position, and torque control, ensuring smooth and accurate machining operations. With rapid acceleration and deceleration capabilities, our products enhance the responsiveness of CNC machines, enabling faster cycle times and improved productivity. Their closed-loop control system ensures real-time feedback, reducing errors and maintaining consistent performance even under varying load conditions. We also design our drives to be fully compatible with a wide variety of CNC controllers and our engineering team is focused of providing comprehensive documentation and schematics for wiring into these controllers.
Application Example



DMM servo drives and motors are used on an OEM CNC machine manufacturer for ultra-high precision CNC milling machines for medical, dental and jewelry components.

The DYN4 servo drives are used widely among laser cutting router tables. Even in the harshest noise, the DYN4 servo drive and ABS encoder proved reliable. Allowing uninterrupted operation even when cutting thick metals.

The DYN2 and DYN4 servo drives are used as the ideal motion control solution for laser marking cell machines. The speed and precision of the DYN servo system allows precise, accurate and fast marking on products such as consumer goods and automotive parts.

The DYN5 servo drive is used in ultra-high precision lathes for the production of advanced optical components used in consumer and industrial products. Our engineering team worked closely with the customer to come up with a solution to meet their high precision and proprietary feedback loop needs.

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