Automated systems have made life much easier. Developing 3D models can give us a better idea of a project’s success or failure. Manufacturing aircraft parts is a complicated and time-consuming process. Companies invest assets in it. Failure in the completion of it can lead to a company’s failure and loss of budget.
Rapid prototyping has a vast range of applications in numerous industries, such as aircraft welding. Aircraft welding industries incorporating rapid prototyping methods have proven to be successful in this regard.
Read about rapid prototyping and how it can benefit the aviation welding industry.

What Is The Process Of Rapid Prototyping?

Rapid prototyping is the process of creating 3D models of a physical part using software such as a 3D Computer-Aided Design (CAD). Such fabricated models give a demonstration of what the model would look like in the actual world.
The rapid prototyping method is useful for testing technology that defines the specifications of that model. Rapid prototyping is different from 3D printing in a way that 3D printing is a part of the rapid prototyping method. Whereas, rapid prototyping uses other processes to create the final 3D model.
Different Types Of Rapid Prototyping
The common types of rapid prototyping methods are:

1- Sheet lamination
2- Stereolithography
3- Material jetting or Fused Deposition Modeling (FDM)
4- Powder Bed Fusion (PBF)
5- Digital Light Processing (DLP)
6- Binder Jetting
7- Poly jetting

Benefits Of Rapid Prototyping In The Aircraft Welding Industry

It Gives More Designing Options

Rapid prototyping gives companies the freedom to design what they want. Imagine if you had to design every part, it would be too costly and time-consuming, right? Rapid prototyping solves this problem and gives you the freedom to design and test as you want. So, you can design multiple models without incurring excessive costs.
In the aircraft welding industry, you can design and test variables on multiple models. This helps you finalize the most suitable model.

It Simplifies Complex Geometrical Models

Rapid prototyping helps to simplify complex geometrical models. This is especially useful in aerospace parts modeling. Designers design the model, and engineers ensure whether the designed model will be a success or not, based on different engineering variables.

Rapid Prototyping Is An Inexpensive Process

Model parts used in the aircraft welding industry are expensive. Designing each part would be too costly.
Rapid prototyping helps them save their money from having to create expensive and unsure models. Therefore, before spending on manufacturing, companies are sure that the intended model will be successful.

It Eliminates Design Flaws

Without rapid prototyping, it would be impossible to eliminate design flaws. These flaws can be costly and affect the project. Rapid prototyping helps to identify those flaws which might not be visible in the early assessment. This is of great help in the aircraft welding industry.

Rapid Prototyping Is A Speedy Process

Another advantage of rapid prototyping is its fast speed. Most of the products are made using 3D printing technology. This can speed up the manufacturing process, allowing your desired parts to be delivered to you in just a few days.
The speed of rapid prototyping helps aid aviation welding experts in creating larger parts that would otherwise be very expensive.

It Allows Consolidating Multiple Parts

Creating a final bigger component may be expensive. Rapid prototyping allows the creation of multiple parts separately and then joining them to form the final desired product. This not only helps cut costs but lets the engineers know where the project is heading.

It Is Suitable For HIgher Ups

People believe more in physical products rather than stories or concepts. You can present the completed parts of your project to higher authorities. This is particularly helpful when you have to gather funds for a project from them. Thus, it helps in making the final product much easier.

Author's Bio: 

The need for prototypes in the market is increasing because of their effectiveness. This article highlights the importance of rapid prototyping in the aviation welding industry.