Key Technical Parameters of the Assistive Robot Arm

Our mechanical arm, also known as a robot arm, balanced crane, balancing actuator, or manual loader, is a novel assistive device for material handling and primary operations during installation. Here's a brief introduction by the editor...

Discuss the main technical parameters of the assistive robot arm.

1. Manipulation Force (also known as Arm Strength or Load), referring to the weight of the workpieces being grasped and held, is related to the operation force of the robotic arm and the speed at which it operates. It is often specified that the manipulation force should be noted under a limited speed. 2. Reaction Speed, which is the operation speed of the robotic arm over its full travel.

3. Travel Range, referring to the range of motion for the robotic arm.

4. Positioning accuracy, referring to the precision of the mechanical arm's position setting and repeated positioning.

5. Positioning methods can be achieved using travel switches, mechanical stop blocks, and various sensors.

6. The number of degrees of freedom, which refers to the total number of motion degrees of freedom for the entire machine, the arm, and the wrist, is typically provided in a coordinate form.

7. Drive method, which refers to the type of power source or transmission system used.

8. Size and weight, referring to the dimensions and maximum load capacity of the robotic arm.

9. Safety, referring to the reliability and safety during the overheating and overload of the robotic arm.

10. Program Control Methods and Capacity

11. Other factors such as lifespan, power source, and cost.

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