Intelligent robot parts
RoboticsThe applicAtion of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nAture, high strength, wear resistance, and excellent processing properties.
RoboticsThe applicAtion of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nAture, high strength, wear resistance, and excellent processing properties.
RoboticsThe applicAtion of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nAture, high strength, wear resistance, and excellent processing properties.
RoboticsThe applicAtion of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nAture, high strength, wear resistance, and excellent processing properties.
RoboticsThe applicAtion of aluminum alloy in robotic joints is extensive, primarily benefiting from its lightweight nAture, high strength, wear resistance, and excellent processing properties.
RoboticsThe integrAtion of 3D printing and AI technology is increasingly being applied in the field of robotics. This fusion not only optimizes the design and production processes of robots but also enhances their performance and efficiency.
AerospaceDrones need to minimize weight as much as possible to enhance flight efficiency, and aluminum alloy, with its low density but high strength, makes it an ideal mAterial for fixed rotor supports.
AerospaceDrones need to minimize weight as much as possible to enhance flight efficiency, and aluminum alloy, with its low density but high strength, makes it an ideal mAterial for fixed rotor supports.
AerospaceDrones need to minimize weight as much as possible to improve flight efficiency, and aluminum alloy, with its low density but high strength, makes it an ideal mAterial for brackets.
AerospaceThe wings and rotors of drones are crucial components for generAting lift and maintaining flight Attitude. Aluminum alloy, due to its high strength and lightweight properties, is often used to manufacture these components.
Assembly fixtureThe assembly components in this case are composed of stainless steel mAterial. They are capable of inspecting 8 products simultaneously and are completed using a 3-axis CNC machining center. The surface treAtment is carried out through oxidAtion and sandblasting processes, and finally, they are assembled manually.