Now intelligence is a common development phenomenon. Many industries are constantly exploring in the field of intelligence, such as the production of industrial robots, which is the main research direction of many industries that want to develop in the field of intelligence. Since it is an industrial robot, the number of parts needed must be large and precise, which requires the manufacturer to continuously upgrade the die forging process of the industrial robot block forging. Next, let's look at the related matters of the die forging process of the industrial robot block forging.

In order to improve the forging of industrial robot block forgings, the technology of domestic forging has been continuously improved. The die of die forgings is easy to produce forging air, and even in the arc of the lever with a greater distance and quality problems. At the height and size of the link to the center, from the perspective of the die design process, the connection of several stamping parts has been understood and summarized, and the technical parameters must be selected for common quality problems.

Once the long-term mass production, its experience shows that the design of the die is incorrect. As long as reasonable technical parameters are selected, some common quality problems can be well solved. Through the understanding of the process of pin rail and other die forgings, the program-controlled hydraulic hammer counter is selected as the main forging machine, and the forging manipulator of the medium-frequency induction heating furnace is equipped, as well as other equipment, to form a large forging production line, Process design is carried out according to process flow and equipment parameters. With the development of engineering structure, the requirements for die forgings are becoming higher and higher.

Due to the structural damage and the loss of structural engineering components to remove any defects in the aluminum alloy of the material, which is one of the reasons for the loss of structural components of the structure, the invention realizes the idea of using short production die forgings and ultra-long die mandrels, and combines the computer simulation technology to understand the forging process and determine reasonable parameters to extend the process. According to the actual production situation, the above method is effective, And the qualified die forgings have been successfully forged, improving the elongation efficiency of die forgings.

The semi-solid billets were prepared by using extruded alloy bars as raw materials. The extrusion state and shape after extrusion, mechanical properties and chemical composition, microstructure and fracture morphology were studied. It showed that the microstructure after heat treatment had changed, and almost strengthened grain boundary phase was formed, and the grain boundary of hard and brittle eutectic phase was improved, thus improving the tensile strength and elongation of the alloy materials.

The industrial robot block forging is one of the components of the industrial robot, which must be very precise. When forging the industrial robot block forging, we must pay great attention to the production process. However, since it is a forging process, it is inevitable to encounter inevitable problems in the process of forging. The manufacturer needs to make technical corrections to solve the problems in time. Through reading the above contents, do you have a certain understanding of the forging of industrial robot block forgings?