Die casting machine robot selection and history

The Die casting machine robot has excellent accessories, such as: high-quality, highly rigid, wear-resistant die plates designed with finite element analysis, uniform stress distribution, low deformation, and precise mold closing; an electric central lubrication system provides regular and quantitative lubrication to increase the service life. Next, we take a look at the principles of selection and the development history of the Die casting machine robot. Here are some answers.

Here is the content list:

• Nine principles for the selection of Die casting machine robots.

• A brief history of the development of the Die casting machine robot.

Nine principles for the selection of Die casting machine robots.

The first is to understand the types of Die casting machine robot and their characteristics. Secondly, consider the type of alloy used in the die casting and the relevant requirements. Thirdly, the Die casting machine robot should be selected to meet the conditions of use and the technical requirements of the die casting. Fourthly, the Die casting machine robot selected should have a margin in terms of performance, parameters, efficiency, and safety to ensure a satisfactory yield, productivity, and safety. Fifth, in the premise of guaranteeing point 4, should also consider the reliability and stability of the machine, according to this to choose a reasonable cost performance Die casting machine robot. sixth, for die casting varieties and production of small production scale, in the premise of guaranteeing point 4, should be scientifically selected to be compatible with the specifications, so that both can cover the right varieties, but also to reduce the Die The number of Die casting machine robots is reduced. Amongst the various technical specifications and performance parameters of the Die casting machine robot, the first thing that should be noted is the pressurization performance. In the case of the same or similar specifications, priority should be given to the model with a wider range of parameters for pressurization performance. Eighth, under possible conditions, try to equip mechanized or automated devices, for product quality, production efficiency, safe production, enterprise management, and cost-accounting are beneficial. Ninth, evaluate the effectiveness of the chosen die casting machine, including yield, productivity, failure rate, frequency of maintenance and its workload, stability of performance, reliability of operation and safety, etc.

A brief history of the development of the Die casting machine robot.

The development of die casting technology has been more than 150 years. early 19th century, due to the rise of the printing industry, the casting of lead type word machine was born, soon, based on the casting machine evolved into a hot chamber die casting machine robot. In the middle of the 19th century, the typical hot chamber Die casting machine robot was born. After the 20th century, the hot chamber dies casting machine robot became more and more mature, and the cold chamber Die casting machine robot was introduced. In the second half of the 20th century, the die casting machine experienced a greater reform, evolution, and innovation, Die casting machine robot into a new period of development. In the last two or three decades, the Die casting machine robot has developed very rapidly in terms of large-scale, automation, unitisation, and flexibility.

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