There are many uses for 3D printing, also known as additive manufacturing, in the machinery and electronics industry. Additive fabrication has been around for over 20 years but only recently made its way into the production process. It’s now commonplace to see manufacturing equipment and other machinery being designed to utilize additive technology.
When it comes to additive fabrication, there are several uses that need to be mentioned like the following:
1. Supports Various Industries
3d printing accelerates new development and supports companies across various industries, from engineering, construction, dental, education, medical, food, jewelry, audiology, packaging, biomedical, aerospace, automotive, and so on.
Companies manufacture prototypes and prototype parts, streamline manufacturing processes, and automate workflows. They do so by printing and directly manufacturing parts and tooling at much lower costs and shorter lead times through additive fabrication.
2. Reduces Manufacturing Costs
Manufacturers produce a large number of parts that require a variety of tools and materials, requiring them to use multiple sources and a number of different processes in order to meet the needs of their customers.
Using additive fabrication technology to manufacture many tools and parts, manufacturers can reduce costs associated with purchasing and manufacturing large numbers of parts, thereby enabling them to provide greater service.
Many small-scale businesses cannot afford large volumes of material and equipment, especially when it comes to components, adding to the cost of labor. Using additive fabrication, they can reduce overhead. By designing and creating tools for each of their requirements and then distributing them to their clients, small manufacturers can minimize their overheads and provide competitive parts at competitively priced to their competition.
3. Produces High-Quality Materials
In addition to making parts more affordable, additive fabrication also produces high-quality print products. The end products are durable, resistant to wear and tear, and inexpensive. By developing additive systems they can use in the manufacturing of a wide range of electronic and optical components and parts, manufacturers have the opportunity to provide better service to their customers.
4. Creates Lifelike Models
Also, 3d printing is useful for creating models. This is in terms of making them more lifelike, allowing for a higher level of accuracy when the final products are made. This is because it’ll be possible to produce a model that’s as exact as possible, which means no error will be present.
In terms of creating prototypes, it’ll be easier for a company to test products on actual consumers. Because of this, the development of prototypes will become far more efficient and effective. The cost savings from this can also mean a reduction in the time taken to create a prototype. This is much positive for a company looking to develop new products or services in a shorter amount of time.
Manufacturer and distributor available materials are always an issue in any industry. By using additive fabrication, you can have the ability to control the number of your company’s resources and spend your resources where it is essential to you.