6 Types of Manufacturing Processes

6 Types of Manufacturing Processes

If you think of the Manufacturing process, it often conjures up pictures of continued assembly lines, oily overalls, as well as oilier mechanics making some metal contraption. This might have been right in the early 1900s, but you can find various types of manufacturing today. Some types of manufacturing can surprise even the most experienced manufacturer. Since the Industrial Revolution, the industry is much more diverse today.

We will explore here the six types of manufacturing related processes, where you can learn all about manufacturing processes and which one is right for your business.

1. Repetitive Manufacturing

A manufacturer uses procedure types such as repetitive manufacturing to repeat manufacture to commit to a production rate. Repetitive Manufacturing involves devoted production lines that produce similar items, 24 hours a day, 7 days a week, throughout the year.

With minimal or little change in configuration requirements, operating speeds can be increased or decreased to suit customer needs. The distinguishing feature of manufacturing types such as repetitive manufacturing is the use of production lines.

2. Discreet Manufacturing

Discrete Manufacturing also uses an assembly/ production line like repetitive manufacturing. But, this type of process is very diverse, with a diversity of configurations and frequent changes. This is owing to factors based on whether the goods in production are different or similar in design.

Discreet Manufacturing

When the items are very dissimilar, it will be necessary to modify the configuration and disassemble them, which means that the manufacturer will require more time. Visit https://minispaceworld.com/production-vs-manufacturing-definitions-and-differences/ to read about Production vs. Manufacturing: Definitions and Differences.

3. Job Shop Manufacturing

Unlike other kinds of manufacturing processes, job shop manufacturing uses production areas instead of assembly lines. This production procedure will produce slighter batches of custom products, either On a Stock or Order basis.

Arranging workstations in a shop environment allows industrialists to create one version of custom goods or even some dozen in batches. Once consumer demand needs it, the operation may be converted to a separate manufacturing line with choosing labor operations, possibly replaced by automated equipment.

4. Continuous Process Manufacturing

The continuous manufacturing process is similar to repetitive manufacturing, which also runs 24 hours a day, 7 days a week. However continuous manufacturing is a diverse type of manufacturing because the state of the raw materials are liquids, gases, slurries, or powders.

However, in areas such as mining, the goods can be granular materials. Goods designs are the same unless the disciplines for creating a final product or production procedure are more varied.

5. Batch Technique Manufacturing

The last procedure shares likenesses with job shops and discrete processes – Batch Manufacturing. Depending on customer demand, one batch might be sufficient to meet that consumer demand. A manufacturer cleans the equipment to make the machinery for the next batch after a batch production cycle. Batch procedures are continuous by nature.

And the processes can be achieved when raw materials or ingredients are not manufactured to a severe standard. The product ingredients are the same and the production procedure is more different like the continuous manufacturing process.

6. 3D Printing Manufacturing Process

Thanks to technological advances, now there is a new method of adding along with procedure types. 3D printing allows manufacturers to make products from different composites and materials rather than the conventional use of automation or physical labor. This process has seen growth of 875% in the last five years. Even though still in its infancy, 3D printing aptitudes to be a potential avenue as a production technique in the near future.

Once you have looked at the Manufacturing processes and selected which one is most useful for your business, your next step is to find manufacturing software to assist you in managing your whole procedure.