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How Automotive Metal Stamping Process Can Impact Your Bottom Line

If profits are your bottom line then there are steps that should be taken before you reach the bottom line. And if you are aiming to increase your profits without sacrificing the quality of your product, consider automotive stamping. In order to create new components, the automotive stamping process transforms metal blanks into the desired shapes through the use of the automotive stamping die. With a variety of modifications, the automotive metal stamping can create numerous shapes for your product, giving you larger versatility. It comes with various benefits such as shorter production time, reduced product costs, and extended product lifespan.

Automotive Metal Stamping Process

The Automotive metal stamping process has successfully produced parts for the automotive industry including bus bars, lead frames, terminals, electrical contacts, battery cable connectors, inserts for plastic moldings, brackets, clips, shields, and press-fit pins. These components have strict requirements and extremely tight tolerances and are supplied to trucks, cars, sports vehicles, and hybrid electric vehicle manufacturers for applications such as batteries, wire harnesses, lights, motors, seating, engines, alternators, steering wheels, control systems, security systems, brake systems, fuel systems, and more.

Automotive stamped parts may appear to be just a tiny component of the larger product, but they can have a great impact on a manufacturer’s bottom line in terms of cycle time, cost and product reliability. Here are a few helpful tips to maximize automotive metal stamping’s impact on your bottom line:

Involve your automotive metal stamper early on.

Getting your automotive metal stamper involved from the start can save you much time and money later on. Often, there is a gap between the CAD design and drawing and what the automotive stamping engineer can actually do within the limitations of the automotive metal stamping process. The best performances are achieved when the manufacturer and automotive metal stamper collaborate together right from the beginning. This way they can avoid any such disparities and make improvements to optimize the design, thus saving money and production time.

Keep no secrets, Forecast your requirements.

It’s important to share the full scope of the manufacturing process with your automotive stamping engineers such as your projected volumes, assembly process, release dates, and lead times. Having as much information as possible early on will help automotive stamping engineers to ensure a smoother production process from start to finish. If required, they might redesign the automotive stamping die to reduce costs and streamline manufacturing.

Ensure that the automotive stamping engineer knows the volume at which you plan to produce the parts because production volume has a direct impact on costs. The anticipated production volume has a direct bearing on how an automotive stamping die is produced and its cost. High volume products require robust tooling, but low volume products do not require that. Also, let them know your expected lead time to avoid the need for rush jobs and build in time for extra modification, review, and production changes, which again eliminates extra costs.

Evaluate the dimension of the part for final assembly

Understanding exactly how a single part will fit into the final design is very important when evaluating the budget of your project. Providing accurate dimensions for your part’s assembly will assist the automotive stamping engineers to use in-die assemblies that can eliminate unnecessary steps in the automotive stamping process, lower production costs, reduce labor, and speed up the time to market.

Access prototypes and simulations

Before fully launching the production, ensure that you test the design and functionality of the product. Automotive stamping engineers have the skill and ability to create prototypes and simulations that test if the designed product will perform well under certain conditions. If in case, you spot problems or issues, you will then be able to make adjustments to the design and improve the product’s durability and function, thus optimizing the production. When you use these simulations and prototypes, you can perfect your design without wasting any valuable resources or time in making something that actually does not work.

The high-precision full-spectrum automotive stamping capabilities and technology along with the best workforce provide the manufacturers with precision-crafted parts and extreme efficiency. Automotive metal stamping process impacts your bottom line depending on how you collaborate with automotive stampers right from the beginning.

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