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The transition from ICE vehicles to EVs presents unique challenges due to the fundamental differences between the two power systems. Therefore, ensuring the high quality of battery systems is essential as manufacturers and suppliers accelerate their research, development, and engineering production for electric vehicles.

As the demand for electric vehicles continues its upward trajectory, automakers are making significant investments in the advancement of battery technology. Their focus is on delivering extended driving ranges and faster charging capabilities.

What role does Body In White fixture design play in this crucial process? Imagine trying to assemble a complex model from hundreds of small pieces. Without a sturdy "frame" or "support" to hold the parts in the correct positions, assembly would become extremely difficult, time-consuming, and the final product might not achieve the desired level of accuracy.

Let's explore V-Proud's article to gain a deeper understanding of the benefits, applications, and processing techniques related to sheet metal in the automotive industry. We are always ready to support you in achieving optimal results in your projects.

Discover the critical roles of sheet metal fabrication in automotive manufacturing, enhancing design, efficiency, and durability in 9 steps...

Sheet metal typically comes in three main forms: aluminum, mild steel, and stainless steel. Aluminum and mild steel are the two most commonly used types in automotive projects. The chassis, vehicle body, engine components, and other body details gain rigidity and stiffness thanks to sheet metal.