Copley Controls

Copley Controls, part of Analogic Corporation, is a US-based specialist in high-performance motion control and servo drive technology for OEM machinery and automation systems. Its portfolio includes servo drives, stepper drives, CANopen and EtherCAT motion controllers, multi-axis solutions and software tools for precise control of electric motors. Advanced tuning, high-bandwidth control and flexible network integration support accurate, synchronised motion in demanding equipment. Copley serves customers worldwide in robotics, semiconductor manufacturing, life sciences, medical systems, automated manufacturing and other precision automation applications.

copleycontrols.com

16 JUN '26

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Copley Controls Introduced Compact Module Drives and Custom Integrated Motor-Drive Assemblies

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07 AUG '25

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Copley Controls Releases High-Power Nano Servo Drives For Mobile Robotics

The Nano HP is based on Copley’s Nano Standard platform with ARM processor, while the Nano Plus-HP is built on the advanced Nano Plus platform with FPGA-based architecture for enhanced functionalities.

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05 JUN '23

Written on {{ "2023-06-05T00:00:00+00:00" | date "longDate" }}

Copley Controls Introduces Compact, Efficient Nano Drives with EtherCAT and CANopen Support

These compact units integrate easily into autonomous guided vehicles (AGVs), autonomous mobile robots (AMRs), robotic joints and other automated equipment that need precise speed and position control despite limited space.

Read more…

Copley Controls Introduced Compact Module Drives and Custom Integrated Motor-Drive Assemblies

.

Copley Controls Releases High-Power Nano Servo Drives For Mobile Robotics

The Nano HP is based on Copley’s Nano Standard platform with ARM processor, while the Nano Plus-HP is built on the advanced Nano Plus platform with FPGA-based architecture for enhanced functionalities.

Copley Controls Introduces Compact, Efficient Nano Drives with EtherCAT and CANopen Support

These compact units integrate easily into autonomous guided vehicles (AGVs), autonomous mobile robots (AMRs), robotic joints and other automated equipment that need precise speed and position control despite limited space.

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