What factors need to be considered in the design of the space frame processing plant

The design of the space frame processing plant is a very important project, and many factors need to be considered. Our company will introduce it in detail from the following aspects.

1. Production process

The primary factor that needs to be considered when designing the space frame is the production process. Space frame processing plants usually make aluminum space frame, steel space frame, etc., which are relatively simple. However, different spatial frame processing plants may have different process processes. The design of the production process should follow:

1. Raw material procurement;

2. appearance treatment, surface treatment (such as cutting, sand, polishing, etc.);

3. Machining processes such as lathe processing, milling machine processing;

4, quality control, assembly, packaging, etc.

2. Working and equipment

Working and equipment play a vital role in the production process, so when designing the space frame processing plant, you need to fully consider the work and equipment. Generally speaking, the space frame processing plant needs to have the following equipment:

1. Precision equipment such as car beds, milling machines, planers;

2. Cutting machines, shear machines and other cutting equipment;

3. Pressing machine, hydraulic press, etc.

4. CNC equipment;

5. Appearance processing equipment such as polishing machines, sand light machines;

6. Quality control equipment, quality testing equipment, etc.

3. Production line layout

The design of the space frame processing plant needs to be considered the layout of the production line. The layout of the production line should follow the order of the product production process, and at the same time, it is necessary to ensure the smoothness of material transportation and personnel circulation, and avoid congestion and cross interference. In addition, the layout of the production line also needs to consider the space utilization rate of the workshop. If the workshop area is limited, the production line should be as close as possible, but it must also ensure the safety and rationality of the production process.

4. Storage and transportation settings

When designing the space frame processing plant, it is also necessary to consider the storage and transportation of raw materials and finished products. The raw materials should generally be stored in a special storage area to avoid moisture, pollution or deterioration. The storage of the finished product needs to consider its appearance protection and stacking problems. At the same time, transportation also needs to consider factors such as weight, size, quantity and distance of the goods to ensure the stability and economy of transportation.

5. Safety and environmental protection

During the production process of the processing plant, various hazardous chemicals, such as solvents, corrosion, coatings, etc., safety and environmental protection are also factors that need to be considered when designing. Safety rules should be considered, including avoiding fires, explosions, electric shocks, personnel injuries and so on. At the same time, the design of the processing plant should also comply with local environmental protection, safety standards and policies, and abide by relevant regulations.

6. Personnel settings and management

The successful operation of the processing plant cannot be separated from effective personnel settings and management. Therefore, what kind of employees need to be considered during design to ensure the smooth operation of the production line. At the same time, training and management should be carried out according to the work responsibilities and ability of employees to make them more professional and efficient.

The above are some factors that need to be considered when designing space frame processing plants. In general, the design of the space frame processing plant must take into account many factors such as production processes, tooling and equipment, production line layout, storage and transportation settings, safety and environmental protection, personnel settings and management to ensure the efficiency, safety and environmental protection of its production process.