Actuator
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.
Direct Actuator
Cycloidal Reducer Actuator
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 Reducer Actuator
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.
