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Servo Driver series
Synchronizes multi-sensor systems within devices and across clusters, autonomously correcting timing deviations to unify coordination. Supports robotics, autonomous platforms, and industrial IoT with scalable, self-consistent clock alignment.
C/R Series Circular/Ring-shaped Servo Drives
Compact OEM Solution for High-Performance Electric Drive Systems
CORE Series Embedded Servo Drives
Compact OEM Solution for High-Performance Electric Drive Systems
GEN Series Universal Servo Drives
Compact OEM Solution for High-Performance Electric Drive Systems
HV Series High-Voltage Servo Drives
Designed for aerospace, military systems, and next-gen eAircraft, the HDT High-Voltage Motor Drive Series (400-800V) delivers uncompromising reliability through triple-redundant architecture, deterministic control algorithms, and zero-failure certifications.
Cycloidal Actuator series
Featuring a compact cycloidal gear system with micron-level precision, this high-torque-density motor redefines power transmission for constrained spaces. Engineered with aerospace-grade lightweight alloys, it delivers industrial-grade torque in palm-sized dimensions, optimized for robotic joint actuation and aerospace servo mechanisms. The adaptive pulse-boost technology enables 500% instantaneous overload capacity, powering dynamic maneuvers like robotic leap propulsion and aircraft thrust vectoring. With a mass-to-torque ratio 3.2x superior to conventional planetary gears, it achieves zero-backlash motion control even under extreme inertial loads in agile servo applications.
Harmonic Actuator series
Utilizing flexible precision transmission technology, this motor achieves ±10 arc-second repeatability, meeting micron-level motion control requirements for surgical robots and semiconductor lithography equipment. Its lightweight structure reduces total weight by 40% with a single-stage 200:1 reduction ratio, delivering high torque density and compact drive solutions for space-sensitive applications like satellite gimbals and collaborative robots.
Controller
ACU series
Designed for autonomous robots across diverse scenarios, ACU series establishes precise environmental awareness through multimodal perception interfaces (cameras, LiDAR, radar, etc.) and time synchronization units. Powered by a highly integrated hardware architecture (with dedicated NPU and industrial-grade communication buses) and intelligent algorithms, it enables closed-loop perception-decision-control to deliver practical robotic solutions.
