In June 2023, Celera Motion announced a larger Omni+ direct-drive frameless motor, positioning it for surgical robots, exoskeletons, AGVs, AMRs, and robot joints. The company described the series as a high-torque-density, ultra-low-cogging platform built for demanding robotic applications.

Celera Motion
PrivateNovanta owned precision encoder and servo specialist, supplies frameless motors and feedback to humanoid OEMs.
Executive Summary
Celera Motion is part of the motion-control substrate behind modern robotics rather than the visible robot layer. Its relevance to humanoids and other advanced robots comes from high-performance motors and feedback systems that improve joint smoothness, integration density, and control precision.
Latest Updates
All UpdatesAbout Celera Motion
Celera Motion is a precision motion business within Novanta that supplies frameless motors, encoders, and servo components used in robotics. Founded in 2016, the company serves robot OEMs that need compact, high-torque, low-cogging motion systems for applications ranging from surgical robotics to articulated robot joints.
- 2016
Celera Motion is established within the precision motion stack
Celera Motion was founded in 2016 as a specialist precision-motion supplier. The company focused on the motor, encoder, and servo building blocks needed by advanced robotic systems rather than building robot platforms of its own.
Precision motionMotors - 2020 - 2029
Celera becomes a supplier to next-generation robot builders
Across the 2020s, Celera Motion increasingly positioned its frameless motors and feedback hardware as foundational components for robot OEMs. In Robotico’s dataset, the company is tracked specifically for its role in supplying precision motion systems into the robotics supply chain.
Supply chainRobotics OEMs - June 28, 2023
Omni+ expands Celera’s robot motor offering
In June 2023, Celera Motion announced a larger Omni+ direct-drive frameless motor, positioning it for surgical robots, exoskeletons, AGVs, AMRs, and robot joints. The company described the series as a high-torque-density, ultra-low-cogging platform built for demanding robotic applications.
Omni+Direct-drive motors