Robotics Solutions

Build a full stack motion control architecture of "precise execution at the end+intelligent scheduling at the top", break through the energy efficiency bottleneck with GaN third-generation semiconductor devices, and combine the integrated innovation of frameless motors and cycloidal reducers to achieve a 30% reduction in module volume and a 70% increase in power density, solving the contradiction between the "size and performance" of specific intelligent devices; Relying on the NVIDIA AGX high computing power domain controller, coupled with a 50%+improvement in impact resistance, it provides highly reliable and high-precision motion core support for future embodied intelligent scenarios such as industrial collaboration and special operations.

Solution Advantages

High-compute domain control core 01

The robot’s “brain” integrates multi-source data processing and real-time decision-making for complex task scheduling and intelligent evolution.

High precision joint module 02

Serving as the robot’s “motion joints,” it delivers precise force control and agile movement to ensure stable, smooth, and compliant operation.

Perception–Decision–Execution 03

A closed-loop system spanning perception, decision-making, and execution ensures rapid response and reliable robotic performance.

Precise Positioning + Coordination 04

Centimeter-level positioning and real-time communication enable precise multi-robot collaboration in dynamic environments.

Multi-Scenario Adaptation 05

With modular design and adaptive algorithms, it flexibly adapts to the needs of diverse scenarios across industrial, commercial, and everyday applications.

Scalable Customization 06

Leveraging flexible production lines and platform-based design, we rapidly meet customization needs while supporting large-scale deployment.

Solution Architecture

AI Brain:

Built on high-performance computing, the system enables perception, planning, and decision-making for embodied intelligence.

Control Core:

The domain controller connects intelligence with execution, coordinating multi-joint and multi-sensor systems in real time.

Actuation Layer:

Cycloidal joint modules deliver compact, high-density, high-precision motion output for reliable robotic movement.