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NewsSince its establishment, Foshan Hotech Automation Technology Co., Ltd. has been focusing on the development, production and sales of robotic arms, manipulators, robot integration and other intelligent automatic chip systems and production lines...
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Contact UsSince its establishment, Foshan Hotech Automation Technology Co., Ltd. has been focusing on the development, production and sales of robotic arms, manipulators, robot integration and other intelligent automatic chip systems and production lines...
Introduction to the production process of automatic loading and unloading of insulating glass
Release time:
2024-02-29
Author:
作者
Source:
来源
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.
Introduction to the production process of automatic loading and unloading of insulating glass
Hollow glass, as an excellent insulation and sound insulation material, is widely used in fields such as construction and automobiles. The automatic loading and unloading process in its production process plays a key role in improving production efficiency and reducing labor costs. The following will provide a detailed introduction to the automatic production process of insulating glass upper and lower sheets.
1、 Process Overview
The automatic loading and unloading process of insulating glass refers to the use of automated equipment to complete the automatic loading and unloading process of glass raw sheets. This process ensures the accuracy and safety of the glass during the loading and unloading process through precise mechanical positioning and control systems.
2、 Main process
1. Raw material preparation: Select insulating glass raw sheets that meet the standards to ensure their accurate size and qualified quality.
2. Automatic film loading: By using automated film loading equipment, glass raw sheets are accurately placed on the production line.
3. Processing: Clean, dry, and laminate the glass to ensure the quality of the insulated glass.
4. Automatic cutting: After processing, the finished insulating glass is precisely cut and collected using automated cutting equipment.
3、 Technical features
1. Efficiency: Automated equipment can work continuously, greatly improving production efficiency and output.
2. Accuracy: Through precise positioning and control systems, the accuracy and consistency of the upper and lower glass panels are ensured.
3. Safety: Automated equipment reduces the risk of manual operation and improves production safety.
4. Cost savings: Reduce manual operations, lower production costs, and improve economic efficiency.
4、 Precautions
1. Equipment maintenance: Regularly maintain and upkeep the automatic loading and unloading equipment to ensure its stable operation.
2. Quality control: Strictly control the quality of raw materials and processing to ensure the quality of insulated glass.
3. Safe operation: Operators need to undergo training, be familiar with equipment operation and safety regulations, and ensure production safety.
5、 Conclusion
The automatic production process of insulating glass upper and lower sheets is one of the important technologies for modern glass deep processing enterprises.
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