How to solve the problems of production efficiency, processing accuracy and labor difficulty has become a hot topic in the door and window industry.
To realize the automatic production of doors and windows is a big trend in the door and window industry. Only through the transformation and upgrading of the industry related to the door and window industry can we realize the networking of doors and windows from the aspects of design, ordering, purchasing, production, packaging, transportation, installation, etc., and the ERP program and MES control system can be connected to realize the true automatic production factory of doors and windows.
The following describes the partial automation and labor saving of aluminum alloy door and window equipment.
In terms of the current automation equipment in the door and window industry, it is mainly divided into mechanical processing part and assembly part. Mechanical automation is mainly reflected in the mechanical processing part.
However, due to the lack of standardization in the door and window industry, each aluminum manufacturer has its own standard. An aluminum manufacturer may have thousands of profile sections. The door and window enterprises are constantly innovating for marketing, which also creates a great dilemma for the automatic production of doors and windows. I have a window factory friend who makes decoration. There are dozens of profiles in their company, and millions of materials and waste materials are processed every year. They also want to save labor and materials through automation. However, there are various problems in the process of discussion.
In view of the above problems, automation is very difficult to achieve at present. Automatic production can be completed when a certain profile or a few profile types are specified. If a door and window factory wants to complete automation, it must set its own profile standards, door and window standards, and then combine with the software company to complete automatic production.
To be continued, please see the next article.
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