PROTOTYPE
MANUFACTURING

We are committed to providing excellent rapid prototyping services for global customers, known for high quality, on-time delivery, and competitive prices. Our engineering team has rich knowledge and experience, capable of utilizing the latest prototyping technologies. Through our prototype design center, we can fulfill customers’ requirements, deadlines, and special needs comprehensively. Leveraging our mature technology and craftsmanship, Rui Sheng Precision can turn your concept or design into reality and deliver it in a short time.

What is rapid prototyping?

Rapid prototyping is a method used to quickly create prototype models of products. It typically involves using computer-aided design (CAD) software or three-dimensional printing technology. This method can help designers and engineers test and validate their creative ideas more quickly, saving time and costs. It also allows customers to better understand and review the appearance and functionality of the product. Rapid prototyping is commonly used in product development, engineering design, and creative design fields.
Rapid CNC machining

Translation: CNC machining prototype manufacturing is a traditional method of prototype manufacturing and is a common process for metal prototype manufacturing. We have accumulated 10 years of rich experience in CNC prototype manufacturing in various industries such as automotive, electronics, energy, and medical.


CNC machining prototypes can provide the best accuracy and surface smoothness, and the choice of materials is very flexible. However, CNC machining requires longer preparation and debugging time, so we usually apply this technology to high-precision and metal material prototype manufacturing. Through optimized CNC machining prototype manufacturing processes, we can ensure high-quality prototype manufacturing that meets customer needs and standards.


Rapid 3D printing

Translation: Different 3D printing technologies are suitable for different rapid prototyping stages. For example, SLA prototype manufacturing is suitable for liquid plastic materials, providing the best processing surface; SLS is similar to SLA but requires stronger materials; while FDM is the cheapest and fastest method, capable of completing a complete rapid prototype part in a day. However, the materials used in the 3D printing process are costly. By optimizing the selection of suitable 3D printing technologies and materials, prototype manufacturing efficiency and quality can be improved.

Quick sheet metal processing

Translation: Sheet metal processing is a subtractive manufacturing process that involves cutting, bending, folding, stamping, and assembling thin metal sheets to fabricate parts. Sheet metal parts typically have high precision and durability, making them suitable for end applications such as chassis, brackets, and enclosures.


Sheet metal processing can provide competitive pricing for small batch production of prototypes, as well as cost savings for mass production. We offer services such as high precision cutting, bending, stamping, welding, and assembly to meet customer needs.

Advantages of rapid prototyping
Multiple options
A wide range of prototypes can be produced with many different colors and surface textures.
Save cost and time
Sa Small batch prototyping helps minimize the cost of design defects. Saves time by eliminating the need for setup and customization tools.
Prototype design optimization
Through improving product evaluation and functional testing, repeated design to achieve product optimization, ensuring that the product has excellent performance before entering the market.
Concepts translated into physics
With Design for Manufacturability (DFM), your design or idea can be visualized quickly and cost-effectively, helping you better understand product design and business opportunities.