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The Future of OEM Parts: 3D Printing Replacement Car Parts

The Future of OEM Parts: 3D Printing Replacement Car Parts

John Dave1034 22-Jan-2020

3D printing of OEM parts in the automotive industry creates the foundation for the next step of replacing car parts. Additive manufacturing is famous in the UAE because it not only creates lighter parts, but they are very strong and durable. This technology utilizes 3D object scanners or data computer-aided-design to deposit material in layers to create precise geometric objects. Although 3D printing might sound new, it has been around for many years.

3D Printing Processes
Additive manufacturing does not rely on a single process. Many people are familiar with the material extrusion process. Spooled polymers are drawn nozzles attached to movable arms or extruded. Both the nozzle and the bed move in opposite directions. This creates the object in layers.

Another process is direct energy deposition, which is similar to material extrusion. However, this process can be used with various materials, such as ceramics, metals, and polymers. Material jetting is also used in additive manufacturing. In this process, layers are cured using ultraviolet light, or they harden as they cool. Other processes include binder jetting, sheet lamination, vat polymerization, and powder bed fusion.

The Future of OEM in Replacing Car Parts
Although you won’t get a 3D printed car from the dealership, assistive manufacturing has been a big part of the automotive industry. However, recently we have seen 3D printing change how we manufacture car spare parts.

Below are ways 3D printing will revolutionize OEM parts:

The Prototype Process
Prototyping has been used for a long time for additive manufacturing in Dubai and all over the world. This is done because of prototyping speed utilized in 3D printing - rapid prototyping is popular in 3D printing - and this process has changed the development process of products. 3D printing is convenient and beneficial in the automotive industry because designers can easily create a prototype of a physical part or even assemble parts from a dashboard or other interior parts.
Rapid prototyping allows companies to transform their ideas into convincing proofs. These companies can transform their ideas into high-quality prototypes that closely resemble their original idea. These can then be mass-produced.

People used to spend a lot of time in prototyping, which made it expensive as products went through more iterations. However, with 3D printing, you can create high-quality products in a day and at a lower cost.

High-Performance Parts
3D printing is convenient for creating custom parts without incurring too much expense. This is why additive manufacturing UAE manufacturers use it to produce new possibilities for their customers.
For additive manufacturing Dubai companies which make productions in small scale, 3D printing of car parts transforms manufacturing. They can focus on creative and quality work while providing room for doing vital experiments and making custom designs without worrying about expenses.

Larger companies can merge 3D printing and conventional methods to make car replacement parts. They can also use additive manufacturing to make improvements to already existing parts. They can make sophisticated and more detailed parts, such as door handles or even air vents.

3D printing is not limited as companies can make custom parts for their customers. Companies can give their customers the freedom to customize the interior or exterior of their cars by utilizing fonts, images, and patterns. Additive manufacturing is beneficial because it helps in the manufacturing of parts that could not be developed using any other method.

Manufacturing Tooling Aids
Did you know that engineers utilize manufacturing aids for easier assembling and manufacturing? This is because they enhance safety and reduce cycle times. The automotive industry utilizes various customized fixtures and jigs. This results in the accumulation of custom tools that increase costs of the manufacturing process.

Outsourcing these custom parts from service providers can delay production for weeks. Additive manufacturing, on the other hand, cuts down production time and also reduces costs compared to outsourcing the parts from other producers. Companies can also optimize these parts for better use. Resilient printing materials have also transformed additive manufacturing as it is now possible to replace metal objects with 3D printing.

Spare Parts
It can be difficult to access certain spare parts; however, 3D printing can solve this problem that has been prevalent in the automotive industry. Although the demand for spare parts is unpredictable, the absence of parts can make repairs more difficult and expensive.

Additive manufacturing helps to solve the spare part problem faced by the automotive industry. The first step would involve finding compatible materials for printing. These parts ought to match the performance of conventional parts while maintaining their high-quality and reducing costs. Additive manufacturing allows for the production of parts that no longer exist.

3D printing has revolutionized many industries, including the automotive industry, especially in the production of spare parts. Although car dealers are yet to make a 3D printed car, additive manufacturing continues to change and improve the production of car parts replacements.


Updated 22-Jan-2020
John is a renowned writter

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