The technical parameters of the manipulator reflect the tasks that the manipulator can perform and the highest operating performance it has. It is a problem that must be considered in the selection, planning, and use of the manipulator.

The primary technical parameters of the manipulator generally include the following seven:

(1) Degree of freedom of the manipulator

(2) Resolution of the manipulator

(3) The accuracy of the manipulator

(4) Repeated positioning accuracy of the manipulator

(5) Operating range of the manipulator

(6) The carrying ability of the manipulator

(7) The maximum speed of the manipulator

Introduction to the carrying capacity of industrial manipulators:

The load-bearing ability of an industrial manipulator refers to the maximum mass that the manipulator can accept in any posture within the working range.

The carrying capacity of an industrial manipulator is not only determined by the mass of the load, but also related to the speed and acceleration of the manipulator and the direction. For the sake of safety, the technical index of carrying capacity refers to the carrying capacity during high-speed operation. Silicone rubber machinery automation

Introduction to the carrying capacity of industrial manipulators:

The load-bearing ability of an industrial manipulator refers to the maximum mass that the manipulator can accept in any posture within the working range.

The carrying capacity of an industrial manipulator is not only determined by the mass of the load, but also related to the speed and acceleration of the manipulator and the direction. For the sake of safety, the technical index of carrying capacity refers to the carrying capacity during high-speed operation. Silicone rubber machinery automation

Industrial manipulators are often equipped with automated equipment to form an industrial automated production line. For example, the automated stamping connection is composed of a pressure manipulator and an automated system. The pressure manipulator completes the stamping operation of the workpiece, and the stamping automation system completes the destacking of the blanks. Active transmission and end-of-line discharging operations generally include destacking system, active transmission system and end-of-line discharging system. Silicone rubber machinery automation