The mold frame has characteristics such as shock resistance, vibration resistance, and corrosion resistance. Here is some specific information about these features:

• Shock and vibration prevention:

• Anti vibration material: The use of rubber parts can absorb and mitigate vibrations, preventing machine vibrations from spreading through the floor to other locations. For example, installing rubber at the location of equipment that generates vibration (such as pumps or motors) and insulating it from the frame (main body) can reduce the impact of vibration.

• Mold frame design: The design of the mold frame also helps to reduce vibration. For example, the C-shaped mold frame is suitable for front and rear operations, while the B-shaped mold frame has no restrictions on the left, right, and front, which is conducive to single-mode operations and will not hinder the passage of the feed rod and arm arm in the machining of the robotic arm. D-shaped mold frames are commonly used for smaller continuous molds and other automated molds, while F-shaped mold frames are equipped with guide columns at the four corners to ensure reliability in maintaining mold accuracy.

• Corrosion prevention:

• Material selection: When choosing mold frame materials, their corrosion resistance is usually considered, especially in environments where they may come into contact with corrosive substances.

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• Surface treatment: By applying special coatings or treatments to the surface of the mold frame, its ability to resist corrosion can be improved.

In summary, the design and application of the mold frame have indeed taken into account the characteristics of shock resistance, vibration resistance, and corrosion resistance to ensure its stability and durability in various environments.