This guide compares 3D printing and traditional moulding production for OEMs, detailing decision criteria, hybrid workflows, and Shangchen's integrated capabilities to move from rapid prototyping to mass production efficiently, with a focus on moulding production efficiencies.
3D print prototypes are revolutionizing product development by enabling rapid, cost-effective iterations and enabling complex, customized designs. This technology dramatically accelerates time-to-market while improving collaboration and decision-making. It is an indispensable innovation for manufacturers and brands aiming to innovate faster and more efficiently.
This article comprehensively explains the differences, benefits, applications, and considerations regarding 3D print prototypes and rapid prototyping methods, supporting OEMs and manufacturers in making informed decisions.
Vacuum casting is a rapid prototyping and small batch manufacturing process that employs silicone molds and vacuum technology to produce high-quality, bubble-free parts quickly and cost-effectively. It accelerates product development by enabling rapid design validation, functional testing, and short series production while ensuring excellent surface finish and material properties. This method is invaluable for foreign brands and manufacturers seeking fast, flexible OEM solutions to reduce time-to-market and enhance product quality.
