Robotics
Providing extreme lightweight and high-strength structural parts and liquid cooling modules for humanoid and industrial robots through metal 3D printing.
Core Industry Pain Points
Joint Motor Overheating
High-dynamic robot joint motors generate severe heat; traditional air cooling fails during peak torque demands.
Heavy Deadweight
Traditional machined robot arms are heavy, increasing inertia, draining batteries, and reducing payload.
Assembly Rigidity Issues
Complex robot torsos assembled from dozens of parts are prone to loosening and lack structural rigidity.
3D Printed Liquid Cooling Reconfiguration
Conformal Cooling Motor Jackets
3D printed thin-wall titanium/aluminum cooling jackets that perfectly fit motors to instantly remove heat.
View Core Technology DetailsTopology-Optimized Structures
Utilizing lattice structures to reduce the weight of robot arms by over 40% while maintaining yield strength.
View Core Technology DetailsEmpowering Agility and Endurance
Extreme lightweighting and efficient thermal management allow robots to move faster, lift heavier, and work longer.