Moying Robotics
Moying Robotics develops mobile collaborative robots and an integrated robot management system that enhances production efficiency by automating tasks and reducing labor requirements by up to 50%. Their technology features high-frequency collaborative control and precise positioning, enabling seamless operation in complex industrial environments.
- Hardware
- Industrial Automation
- Robotics
Funding
Founders
Founder details are not available yet.
Product
Problem
Many manufacturers face challenges in optimizing production efficiency due to reliance on manual labor for material handling and repetitive tasks. Traditional automation solutions often lack the flexibility to adapt to dynamic production environments and require significant infrastructure investment.
Solution
Moying Robotics offers a suite of mobile collaborative robots (cobots) and a centralized robot management system designed to automate tasks and streamline workflows in complex industrial settings. Their cobots feature high-frequency collaborative control and precise positioning capabilities, enabling seamless integration into existing production lines. The robot management system allows simultaneous management of various AGVs and mobile robots, providing task editing functions and intelligent multi-robot scheduling to avoid interference and maximize efficiency. By automating material handling, machine tending, and other repetitive processes, Moying Robotics helps manufacturers reduce labor costs and improve overall productivity.
Target Audience
Moying Robotics primarily targets manufacturers in industries such as semiconductor packaging and testing, CNC machining, and biochemical laboratories seeking to automate material handling and improve production efficiency.
Features
- Mobile collaborative robots with a load capacity of 3-12KG and a repeat positioning accuracy of ±0.05/±0.02mm
- Bionic robotic arm design with 360-degree rotation and up to 21 degrees of freedom
- Integrated system design with 1000Hz communication and control frequency for real-time collaboration
- Mecanum wheel omni-directional drive or two-wheel differential drive options for chassis, with a load capacity of 300-600KG and repeat positioning accuracy of ±5/±1mm
- Automatic quick-change module for end-of-arm tooling
- Robot management system that uses a combination of behavior tree and state machine for task processing
- Multi-robot scheduling function with time axis concept to prevent route interference