Glass deep processing technology process: a wonderful journey from raw materials to finished products


Release time:

2024-02-29

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The upper and lower plate robotic arm is designed based on the upper and lower plate structure of equipment such as insulated glass vertical production lines, horizontal production lines, glue coating lines, edge grinders, and tempering furnaces, in order to achieve convenient and fast docking.

The upper and lower plate robotic arm is designed based on the upper and lower plate structure of equipment such as insulated glass vertical production lines, horizontal production lines, glue coating lines, edge grinders, and tempering furnaces, in order to achieve convenient and fast docking. The design of the upper and lower robotic arms presents the following characteristics:


(1) Life rules and standards. The design of virtual products requires the participation of a large number of cross disciplinary personnel. As for the virtual design of the picking robot mentioned in this article, the attribute naming of components in virtual product modeling and simulation needs to be consistent and standardized. The naming convention standards adopted in this article comprehensively consider the perspectives of mechanical design and software design, and stipulate the naming rules for parts of the same or similar size, function, and material in different components of the robotic arm during program design.


(2) Parameterize the characteristic attributes of the punch press manipulator to facilitate attribute management in various stages of manipulator design and to achieve rapid design. When users make modifications or design optimizations to a certain component, they only need to modify its corresponding feature parameters. The system modifies and updates designs through real-time communication. If a certain component of the robotic arm is modified, the CAD design drawing of the part is modified through the human-computer interaction design interface of the program, and after modification, it is checked and stored in the database.


Glass deep processing technology process: a wonderful journey from raw materials to finished products


Glass, as an important material, is widely used in fields such as architecture, home furnishings, electronics, and automobiles. From raw materials to finished products, the processing of glass requires a series of interrelated procedures, which together constitute the wonderful journey of glass deep processing.


1、 Raw material preparation
The raw materials for glass mainly include quartz sand, limestone, feldspar, etc. Before processing, these raw materials need to be pre treated with crushing, screening, mixing, etc. to ensure that the quality and proportion of the raw materials meet production requirements.


2、 Melting process
Put the preprocessed raw materials into a glass melting furnace for high-temperature melting to form a uniform glass liquid. This process requires temperature and time control to ensure the quality and performance of the glass liquid.


3、 Forming
The melted glass liquid is molded into the desired glass product through a mold or rolling mill. During the molding process, it is necessary to control parameters such as temperature, pressure, and speed to obtain the desired shape and size.


4、 Heat treatment
The formed glass products need to undergo heat treatment to eliminate internal stress and improve performance. Heat treatment includes processes such as annealing, quenching, and tempering, which need to be selected and adjusted according to specific glass products and requirements.


5、 Processing and modification
After heat treatment, glass products can be processed and modified in various ways, such as edging, punching, cutting, carving, etc. These processing modifications can improve the aesthetics and practicality of glass products.


6、 Inspection and Packaging
The processed and modified glass products need to undergo quality inspection, including testing of appearance, size, performance, and other aspects. Qualified glass products can be packaged for easy storage and transportation.


7、 Final application
Finally, based on the purpose and requirements of the glass products, the final application is carried out, such as architectural glass, home glass, electronic glass, automotive glass, etc.
In short, the glass deep processing process is a complex process that requires the collaborative action of multiple processes to ensure the quality and performance of the final product. With the continuous advancement of technology and people's pursuit of a better life, glass deep processing technology will be further developed and innovated.

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