1、Rapid prototyping stamples in Automotive
The original power of all models before new energy vehicles comes from steam power, which is the dynamics of the car’s stroke, or from the decomposition of molecules in petroleum into gasoline, which is used as the driving fuel for the car. As the earth’s oil is slowly entering a depletion period, electric energy has further developed through science and technology. People have developed and utilized wind energy, solar energy and other clean energy sources, making the stock of electric energy larger and larger. New energy trams have also become popular around the world and continue to occupy A broader car user market.
2. RP prototype-a great knowledge in automobile trial production and R&D
Every newly developed car is inseparable from the trial production of RP prototypes, just like partners, there is a close relationship between the two. First of all, the RP prototype is a small-sized, quickly produced model used to evaluate and test the appearance, proportions, streamlines and other aspects of automobile design. Secondly, automotive RP prototype trial production refers to the stage of making and verifying models in the automotive design and development process. To test the safety performance of the car, RP prototype trial production is used to protect it. It is a verification process in R&D testing. During the development process of automobiles, RP samples are indispensable.
3. Application scope of RP sample trial production
Some application scopes of automotive RP prototype trial production:
(1) Appearance evaluation: Automobile RP prototypes can provide a real three-dimensional model for designers and engineers to evaluate the appearance design of the vehicle. Through RP prototypes, they can observe and evaluate aspects such as body lines, proportions, and curved surfaces to ensure that the design is aesthetically pleasing and consistent with the brand image.
(2) Interior design: RP sample trial production can be used to evaluate the layout and detailed design of the car interior. Designers can use RP prototypes to observe and test control panels, seat layouts, embedded devices, etc. to ensure that the interior design meets ergonomics and user experience requirements.
(3) Aerodynamic testing: RP sample trial production can also be used to test the aerodynamic performance of the car. By making RP prototype models of different shapes and designs, engineers can evaluate the airflow separation, drag coefficient and lift of the car body, etc., thereby further optimizing the vehicle’s aerodynamic performance.
(4) Market research and feedback: Automotive RP prototypes can be used for market research and consumer feedback purposes. Manufacturers can display RP prototype models to potential customers or hold focus groups to obtain their feedback and opinions on the design to make improvements.
4. The role of automobile RP sample trial production
Through the trial production of RP prototypes, automobile manufacturers can more intuitively understand and evaluate the appearance and proportions of automobile designs, and identify potential problems and room for improvement early. RP prototype trial production is an important link in the automobile design and development process, helping to ensure that the final product meets design requirements and market demand. There are thousands of various tests that need to be done before a car is produced, such as: car air conditioning system test, route, crash test, etc. All matters related to automobile safety performance are inseparable from the RP sample trial production and verification process. Automobile RP samples are body sheet metal stamping, metal sample machine processing, plastic sample machine processing and soft material samples. , as well as 3D printing of metal and plastic parts, etc. Here, our industrial people can completely independently achieve full coverage of the automotive RP sample process.
With advanced manufacturing technology and a highly skilled team, we have always maintained an excellent competitive advantage. We provide custom manufacturing services to meet your specific product design needs, including CNC machining, 3D printing, and sand casting,
by prototyping service:
– Precision CNC Machining solutions
– CNC Lathe turning
– 3D printing for sand casting
– Stereolithography (SLA – 3D Printing)
– Selective Laser Sintering (SLS – 3D Printing)
– Finishing & Treatments
Industries we served:
>>Automotive prototyping
E-powertrain
