Key technical requirements for packaging large equipment include rust and moisture resistance, pressure and impact resistance, suitability for transportation and sales, etc.

In the packaging of general machinery, simple packaging is utilized to protect the equipment without wasting materials. For delicate instruments, vacuum packaging or peelable film is often required to seal, and corrosion inhibitors can be added inside wooden boxes. In high relative humidity environments, product packaging must provide moisture protection, and the effective use of desiccants such as silica gel and molecular sieves is crucial for preventing moisture.

Large equipment packaging boxes should offer excellent loading and unloading conditions and enhance utilization and save space when stacked in warehouses. The quality of the packaging boxes is guaranteed through a series of tests, including waterproofing and sealing tests; vertical drop and impact tests; and adaptability to temperature and humidity changes, among others. The dimensions of the packaging boxes should also comply with the requirements for transportation unitization during assembly.

Selecting and designing suitable pads for springs, rubbers, foam plastics, etc., ensures that packaged products can withstand certain pressures and impacts. When packaging and transporting machine tools, special protective measures for the machine tool guideways should be taken. Locally foamed plastics can provide good shock resistance and crush resistance. The outer packaging of machinery is generally done in square wooden crates, offering good pressure and shock resistance, and aiming to make the packaging recyclable to reduce costs.