Robot Magnesium

Magnesium for robot is a material that combines lightweight, high specific strength, excellent shock absorption, heat dissipation, and electromagnetic shielding properties. It is commonly used in core components such as robot joints and skeletons and can also be made into biodegradable special components for medical robots, helping robots reduce weight and consumption, and improve operational stability and accuracy.

For robots, flexibility is crucial. The low density of magnesium alloys allows for a significant reduction in the weight of robot components, thereby reducing the torque and power required by the drive system. The application of magnesium alloys can effectively reduce the inertial force during robot movement, reduce the burden on the drive system, thereby reducing system energy consumption and extending battery life. Lightweight design reduces friction and wear between components, thereby extending the lifespan of humanoid robots. By the way, normally for every 1kg reduction in humanoid robot weight, the runtime can be extended by 3-5 minutes.

At this critical stage as the humanoid robot industry moves towards mass production, lightweighting has become a core element determining the success or failure of commercialization. Magnesium alloys are commonly used in robot gearboxes, battery boxes, robot skeletons, robot shells, joint motor shells, and torso structure shells, and so on. Maglitek, as an enterprise in the intelligent manufacturing and industrial robot industry chain, we provides one-stop solutions for the robot lightweighting, the products not only achieve the stringent lightweight target, but also fully meet the extreme load and fatigue resistance requirements of humanoid robots in complex motion states such as walking and carrying loads.