What is kitting in manufacturing?

 What is kitting in manufacturing?

What is kitting in manufacturing? Well, kitting is the practice of cleaning and inspecting work items before they are placed into production, and before the actual assembly process begins. Many people are aware that lean manufacturing is a method of reducing waste by doing simple tasks in the production and assembly line, but what many do not realize is that the concept of kitting is just as important in manufacturing as it is with lean. 

The basic idea behind the concept of kitting is that there are certain rules or procedures that should be followed when an individual piece of machinery is put together. These rules ensure that each and every part goes together properly and that no part of the item breaks down in the process. For example, if an individual piece of equipment breaks down in the assembly line while the machine is in progress, there could be several issues with the finished product, or in some instances, the entire item could simply break. If the proper kitting methods are not used, an entire production can be delayed or even entire days or weeks will go by until the problem is fixed. Visit this website for a list of services.

To understand how kitting works in manufacturing, it is necessary to take a step back and examine how things are done in the average warehouse. First, before any individual items ever make it to the receiving area or to their shelves, they must go through a series of steps. These include loading, unloading, picking, placing, picking up, and placing again. It also doesn’t hurt to have someone on hand to help with these steps in case there is a problem with one of the individual items, or if a mistake is made during the loading or unloading process.

One of the most common tools used in lean manufacturing is a flow chart. Flow charts, or simply flowcharts, are very helpful because they show the exact process flow for any given manufacturing operation. They show where each employee is, what they are doing, when they are doing it, and how they are accomplishing it. This information is crucial to the overall productivity of any given production line, and it helps ensure that each and every employee is doing his or her job to the best of their ability.

For example, take the time to look at the process flow of your standard shipping container or receiving dock. The process flow consists of one or more employees loading the container, unloading it, setting up and storing it, and then unloading it again. This type of activity happens constantly in any industrial setting, including your own warehouse. But, you may be surprised to learn that this same process rarely repeats itself, and it rarely occurs over the course of a single shift. Instead, several employees will be in charge of loading and unloading the same item or multiple items over the span of several shifts.

This kind of situation doesn’t happen with just any assembly line. It does happen in a manufacturing facility, but an assembly line is simply not designed to handle the kind of volume or diversity that comes with a large number of individual jobs. Working as an assembler isn’t like working as an operator or as a receptionist – there’s a lot of back-room work, and the amount of detail that goes into each and every job could take days, weeks, or even months to complete. By placing all of these tasks in the hands of others, such as an assembly kitting process flow chart, you can greatly increase the efficiency and speed at which your manufacturing line operates.


Roxanne Reyes