As a model of Swiss precision manufacturing, Maxon motors have broken the performance bottleneck of traditional industrial motors with their groundbreaking coreless hollow cup patented structure, becoming a benchmark product in the global field of micro precision drives. Different from the inherent defects such as cogging jitter, large torque ripple, and response lag of ordinary iron core motors, Maxon innovates from the bottom of the electromagnetic structure, removes the rotor iron core structure, completely eliminates hysteresis loss and cogging torque, and achieves a completely smooth operation state without jamming and jitter throughout the entire process. The torque fluctuation is less than 1%, making it the optimal choice for high-precision fine-tuning scenarios.
The extremely low rotational inertia of the rotor is the iconic technological advantage of Maxon motors. The lightweight hollow cup rotor enables the motor to have millisecond level high-speed start stop, high-frequency acceleration and deceleration capabilities, and dynamic response far exceeding that of ordinary motors of the same specifications. It can quickly follow equipment motion commands and adapt to high-frequency dynamic operating conditions. At the same time, the motor speed, torque, and current have an almost perfect linear correspondence, with no control dead zone and closed-loop positioning accuracy of micrometer level, providing stable and accurate power support for precision motion control.
In terms of comprehensive performance, Maxon motors combine ultra-high power density with high efficiency and energy saving characteristics. Under the same volume, the output torque is 40% -90% higher than that of ordinary motors. The body is smaller and lighter, perfectly adapting to the design requirements of miniaturization and integration of equipment. Relying on optimized electromagnetic layout and precision assembly technology, the motor has high energy conversion rate, low operating temperature rise, and low electromagnetic interference, and can work continuously and stably for a long time. Paired with standardized modular design, it can freely match precision gearboxes, encoders, and drive controllers, flexibly combining them into an integrated servo drive system that adapts to various complex working conditions, combining versatility and customization advantages.
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