Advanced Micro Controls Launched IO-Link Motor Line
The new integrated motor and control family aims to simplify machine architectures and data diagnostics.
Updated on Oct. 3, 2026 in Robotics
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Advanced Micro Controls has released a new line of integrated motors and controls that utilize IO-Link connectivity. This product family combines drive functions, motors, and feedback devices into singular units.
Why it matters
This architecture is designed to simplify machine builds while improving access to device-level diagnostics. By consolidating components, the system offers manufacturers a way to streamline their control architectures.
The new product family features Nema 17, 23, and 34 integrated motors alongside DC and AC stepper drives. Each device integrates the motor, drive, and feedback wiring into a single package using IO-Link connectivity.
The players
Advanced Micro Controls
This company is a U.S.-based developer of integrated motor and control solutions for industrial automation.
The details
The integration of motion-control functions into one device reduces overall component counts in industrial machinery. These components allow field devices to communicate directly with a larger control architecture via IO-Link.
Timeline
October 2, 2026: Advanced Micro Controls announced the new motor family.
The Tech Race
This release marks a shift toward standardized, data-rich communication in industrial robotics and automation. By adopting IO-Link connectivity standards, Advanced Micro Controls is positioning itself to compete with modular, high-diagnostic integrated systems.
Engineers and machine builders can expect a reduction in wiring complexity and hardware footprint when integrating these devices into industrial systems. The standardized IO-Link connection also provides easier access to performance data, potentially shortening diagnostic and maintenance workflows.
The takeaway
Integrated motor systems represent a move toward plug-and-play machine design that reduces physical hardware requirements. Adopting such consolidated units can help operations minimize downtime by providing more granular diagnostic information directly from the device.
Further reading
For more information on the evolving landscape of industrial automation, explore our Robotics section.
Source note: This article includes information reported by Drives & Controls.
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