Process inputs can be considered as raw materials, as well water, electricity, fuel, energy, all of which contribute to turning the raw material into a finished product.

Let’s look at each of the 4 elements in turn. So, let’s now look at a more complex model more suitable for an engineering project.

If you get all this right (in other words, if your process controls are good), you will get a good cup of coffee. This is easy to grasp on a simple product such as making a cup of coffee where the inputs are minimal, the process is to add the inputs to a cup and stir, which results in the finished product. The diagram below shows this simple concept. To put this into the simplest terms, a manufacturing process is an activity, or group of activities, that takes multiple inputs, transforms and adds value to them, and provides an output in the form of a product. bad results in the processes they run in-house. And believe me… a very small proportion of Chinese manufacturers has a good grasp on what gets them good vs. There are a set of process inputs, different controlled variable inputs as well as many uncontrolled variable inputs, all of which contribute to the manufacturing process outputs. They come to China/Vietnam, think the factory people know their processes pretty well, and don’t take the time to gather that knowledge. Understanding the process(es) at work is really manufacturing 101, and most foreign buyers skip this. This is where a firm grasp of manufacturing process controls becomes useful. It usually requires more steps than a layperson would think and more controls along these process steps. Turning raw material into a finished product can be a complex process.

Processes pronunciation youtube