How much is it to carry the robot?

Abstract: Handling robot is an industrial robot that can carry out automatic handling, and it has become an indispensable equipment in manufacturing industry. The handling robot combines the conveying line and processing equipment to complete the grabbing and handling of materials and realize unmanned production and transportation. How much is it to carry the robot? How to choose a handling robot? Let's have a look. 1. How much is it to carry the robot?

There are many varieties and models of handling robots, and the prices are different. If you want to know the detailed price of the handling robot, you must choose the appropriate handling robot according to your actual situation.

Generally, the price of handling robots is around 10W, ranging from millions of expensive robots. The more complex the fully automatic handling robot is, the higher the cost and the higher the price naturally.

Second, how to choose a handling robot

1, load

Load refers to the maximum load that the handling robot can bear when working. If you need to move a part from one machine to another, you need to calculate the weight of the part and the weight of the robot fixture in the load.

2. Degree of freedom (number of axes)

The number of axes determines the degree of freedom of the robot. If it is only used for some simple applications, a 4-axis robot can be used. If the robot needs to work in a narrow space and the manipulator needs to twist and reverse, a 6-axis or 7-axis robot is a better choice. The choice of axis number usually depends on the application.

3. Large moving range

The larger vertical movement range refers to the range between the lower point (usually lower than the robot base) and the higher point that the wrist of the stacking robot can reach. Large horizontal motion range refers to the distance between the far point that the robot wrist can reach horizontally and the center line of the bottom of the robot body, and also refers to large motion range (in degrees). These robots with different specifications are quite different and have limitations in some specific applications.

Three, handling robot selection considerations

In order to ensure the selection accuracy of the handling robot, users need to communicate with the manufacturers to provide accurate parameters and use conditions, and should pay attention to the following points:

1, name and physical and chemical characteristics of packaging materials, material shape, packaging density, water content, packaging angle, corrosiveness, pH value, etc.

2. The output of packaging materials and the required packaging speed.

3. Specifications and accuracy of packaging.

4, workshop environment, whether there is flammable and explosive gas, whether there is dust and moisture.

5, the specific size of the material packaging bag.

6, the size of the equipment installation space.