Partnering with clients to develop new generations of intelligent driving vehicles, they face the challenge of a tight timeline for testing the prototypes of the key components in these intelligent cockpits; traditional machining and molding methods require more than 30 days to complete such tasks. RPS utilizes 3D printing technology to rapidly produce these components, enabling the creation and coating of 16 key components in just 7 days. These components pass the client’s quality checks right away, and they are sent to the site for further assembly testing, which helps the clients carry out road tests on their intelligent driving vehicles as planned. This approach reduces the development and testing cycle by over 60%.

The project related to displaying new prototype vehicles for customers was facing a critical issue regarding timely delivery, as traditional manufacturing methods were not capable of producing bumpers within such a short time frame. RPS utilized 3D printing technology for rapid prototyping, managing to complete the production and painting of the bumper prototypes in just 7 days; these prototypes were then delivered directly to the customer’s location, enabling them to carry out the evaluation and display of the prototype vehicles successfully and thus resolving the urgent delivery crisis.

We offer rapid 3D printing prototype services for the housing components and light-transmitting covers of L3+ level autonomous driving lidar systems to China’s leading manufacturers of such devices; this approach helps to overcome the challenges associated with the rapid development of high-precision light-transmitting components. It is possible to complete three generations of product iterations within 10 days, which enables customers to shorten their R&D cycles by 70% and save more than 80% on the costs related to mold production.