The process of customizing hardware prototype equipment is more complex compared to the production and manufacturing processes and standard equipment. Therefore, we can differentiate the specific functions of non-standard equipment according to customer requirements, divide them into small units to complete the design, and simplify difficult problems.
Many hardware prototype processing equipment is fully automatic, and not only has many automation technologies been applied in the manufacturing of mechanical equipment, but many industries have introduced this new technology. The automatic type is also divided into multiple levels, including fully automatic types, as well as semi-automatic Kunshan non-standard automated part processing types, and so on. As for how to choose according to the actual needs of the product, the layout of the equipment structure is relatively simple compared to the decomposition function. Process layout is a commonly used turntable layout, which not only takes up a small area for single machine production and is relatively easy to operate, but also has a disadvantage in the turntable structure. Because single machine production is relatively simple, a selection turntable type is used for layout. However, it is usually done when summing up, so the subsequent stacking of structures becomes relatively complex, This leads to certain defects in production.
This approach can also enable designers to find reasonable design solutions when designing, and also enable coordination and cooperation among multiple functions. After decomposing the functions, attention should also be paid to the sum of the functions themselves, and after design, they should be made systematic and structured. Use innovative design techniques to design non-standard equipment that meets the requirements.
The automated production of hardware prototype models requires a system to control them. After designing all equipment systems, it is necessary to choose which control system to use to control them. There is a relatively low-cost system in the current control system, which is the control system of a microcontroller. However, such a control system is only suitable for use on automation non-standard equipment that does not have many tasks.