Nanotec Launched New PD2 Smart Servo Series
The company introduced a compact all-in-one servo system featuring significant torque and power enhancements.
Updated on Sept. 24, 2026 in Robotics
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Nanotec has unveiled its latest generation of PD2 smart servos, a compact unit that integrates a NEMA 17 motor, controller, drive, and absolute encoder. The new series supports multiple communication protocols and is designed for high-performance motion control applications.
Why it matters
By consolidating motor, control, and feedback components into a single device, the system simplifies complex automation designs. This integration allows engineers to reduce system footprints while maintaining robust operational capabilities.
The PD2 series features 75% higher rated torque and power than previous generations. Available in both stepper and BLDC versions, these units integrate a NEMA 17 motor with field-oriented control and digital push-pull I/Os.
The players
Nanotec
Nanotec is a manufacturer specializing in motor and control solutions for industrial automation and robotics.
The details
The units utilize the NanoJ programming environment to enable standalone operation without an external controller. They are equipped to handle industrial communication standards, including CANopen, EtherCAT, and Modbus RTU.
Timeline
Nanotec introduced the PD2 series in September 2026.
The Tech Race
The PD2 series advances the capabilities of the NEMA 17 motor standard by incorporating sophisticated onboard drive and control electronics. This reflects a broader industry shift toward compact, intelligent actuators that replace complex, multi-component legacy wiring systems.
Engineers and developers can utilize the NanoJ environment to streamline their workflow and reduce the need for external controllers in robotic designs. These improvements offer faster integration for automation projects that require high power density in limited spaces.
The takeaway
The move toward highly integrated servo units allows for more efficient and compact automation builds in modern robotics. Developers should leverage the NanoJ programming environment to test the standalone capabilities of the unit in their current system prototypes.
Further reading
For more information on the latest industry developments, visit the Robotics section.
Source note: This article includes information reported by ISHN.
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