Additive Manufacturing in the Automotive Industry

As the complexity of an automotive vehicle is increasing, the global aftermarket repair business is heading towards new opportunities and challenges. Components like cameras, sensors, and software will constitute an increasing part of future vehicles. On our portal, we provide a huge database of largest automotive suppliers. We help our clients to connect with automotive industry suppliers, provide new business challenges that extend capabilities for driving action. Our suppliers section contains a list of automotive companies, Automotive Components & Suppliers along with their automotive industry profiles. The automotive industry has been witnessing some exciting changes, such as shift from fuel-efficient and powerful vehicles to the onset of electric-powered vehicles.  Luxury Car Service in Charlotte NC

Autonomous and connected vehicles are also emerging gradually; however, traditional automotive industry participants and start-ups that traditionally have had nothing to do with an automobile are excited about the prospects of changing the way the automotive industry operates, leading to the age of smart mobility. There are several activities conducted in terms of how data is being used to develop fuel-efficient cars. A critical area of producing next-generation cars with automotive parts is evaluating the design of vehicles. Numerous design concepts are present that allow a car to be lighter, stronger, and safer to drive. The only limiting factor would be the availability or lack of technological developments. Several automakers have been working to develop advanced technologies for automobiles that will allow for improved fuel economy. 

Manufacturing safety-critical automotive parts

Automotive parts factory blog manufacturers stamp or cold form metal to produce fasteners, brackets and other components inside the seats, dashboard and steering wheel. These parts are used in all major areas of motor vehicles

• Braking systems
• Steering & suspension
• Electrical systems
• Exhaust systems

The process metal stamping engineers work through to take these safety-critical parts from design to completion. They are,

• Material Selection

Automotive part manufacturers primarily utilize steel for its strength and durability. Steel also offers a high strength-to-weight ratio, and is extremely recyclable an important factor as more businesses focus on sustainability. Substantial growth is predicted for the automotive metal market over the next 6 years, attributed partly to environmental regulations aiming to reduce vehicle emissions. As a result, more OEMs have been utilizing lightweight and cost-effective materials with the same strength requirements. Metal material suppliers are also examining ways to produce advanced high-strength steel with a steel alloy that’s stronger, less costly and almost as lightweight as aluminum.

• Part Design and Manufacturing

The automotive industry often requires specially crafted components to withstand extreme temperatures and/or pressures. Take airbags, for example: this critical safety feature in cars can only function if the grommets and brackets are working properly. These reinforcing components prevent fabric tearing or abrasion during deployment.

• Quality Assurance

Automotive OEMs and Tier 1 automotive suppliers perform rigorous inspections on all parts especially those that are safety-critical so manufacturers must ensure the highest level of quality. Some of the most common interior automotive components made from stamped or formed metal can be found in Engineering Specialties. The info graphic features an overhead view and side view of the car, with an interactive moving locator to show where each metal part is placed in the car. In addition to serving the automotive sector, our team also works on metal stamping projects for a wide range of other industries, from military and medical to aerospace. We use both four slide and dynamic stepping techniques and can deal with both high-volume and low-volume needs.