![]() It brings more flexibility, which results in efficient designs and flexibility in making changes in design throughout the process of model evaluation. Unlike traditional approaches to vehicle design (this refers both to light vehicles and trucks) where a variety of materials are used, 3D printing in automotive design allows lower consumption of materials and wastage which is beneficial for all stages of manufacturing.ģD printer assisted design in the automotive industry allows designers to try multiple options of the same detail and iterations during the stages of new model development. 3D prototyping can also significantly reduce turnaround times across all stages of manufacturing allowing more agility. ![]() And this means reductions in production costs, especially when dealing with the manufacturing of complex bodies. 3D printed parts are cheaper and their production time in-house is shorter. Printing solutions for the automotive industry provide benefits that can be easily evaluated in terms of performance characteristics.ģD printing can replace expensive and long lead-time CNC production. An additional benefit of the additive process is that it affords greater design freedom if a component is to handle multiple functions, like cooling or current.Īdvantages of 3D Printing in the Automotive Industry Industrial 3D printing is advantageous when it comes to building complex or rare parts that traditional manufacturing could only produce at high costs (for low volumes). OEM Customized Body Chassis Rapid Prototype by 3D Printing Sand Casting Foundry Auto Part Metal Casting/Low Pressure Casting/CNC Machining Batch & Mass Productionīody chassis by 3D printing rapid manufacturing Product Type: Steering gear, steering knuckle, sub-frame Material: Ductile iron (nodular cast iron)
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