Transforming the Automotive Industry With 3D Printing Applications.

Automakers globally are investing greatly in 3D printing technology to personalize seats, steering wheels, and body parts special to a vehicle.

Fremont, CA: 3D printing in the automotive sector is still in its initial stages, but it is anticipated to gain popularity in the coming years. Based on Allied Market Research, the worldwide automotive 3D printing industry market is anticipated to rise from $762 million in 2016 to $2,730 million by 2023. 3D printing(additive manufacturing) has advanced from an optional piece of equipment utilized to create simple prototypes to a requirement across all industries in the last decade. 3D printing is a game-changer in the automotive industry as it enables faster prototyping, shorter turnaround times, and greater flexibility. Belittling waste and decreasing production costs are two other ways 3D printing is achieving traction in the automotive industry.

Here are various applications of 3D printing transforming the automotive industry.

Customized Auto Parts

Automakers globally are investing heavily in 3D printing technology to customize seats, steering wheels, and body parts unique to a vehicle. The ability to design car features that meet the specific needs of consumers is critical to increasing customer satisfaction. Automakers can also use additive manufacturing to print spare and replacement parts for luxury and vintage vehicles. For example, finding replacement hoods for a vehicle can be difficult because of the many options available, but consumers can order replacement hoods that match their preferences. This is because 3D printing ensures effectiveness, allowing automakers to personalize car parts faster and at a lower cost.

Prototyping in the Auto Industry

Carmakers place a great value on satisfying high-performance standards in security, fuel efficiency, connectivity, and aerodynamics. And the better path to accomplish this goal is to use prototyping. Other automotive industry prototyping benefits comprise shorter production times, lower manufacturing costs, and the development of innovative, lighter, and cleaner automotive designs. To gather these benefits, automakers must utilize 3D printing technology to allow rapid prototyping during the pre-manufacturing phase. It's worth remarking that additive manufacturing, from small details printed quickly to more detailed full-scale parts, is one of the best means to confirm prototypes. Full-scale parts are perfect for performance testing and verification.