Each craft has its own advantages and disadvantages. From 3D printing to CNC and injection molding, RPS craft operation manual provides technical experience for different manufacturing craft. You can compare advantages of each craft and choose the most suitable one to your project.

The 3D printing craft operation manual of RPS introduces various additive manufacturing technologies such as SLA, SLS, SLM, HP MJF, etc. They are used by product designers and engineers for manufacturing prototypes and even some functional parts and parts for final use.

Industry 3D printing as a reliable part molding process has been widely recognized on the market. Recently, 3D printing materials have achieved fast development and has become a feasible choice for production. RPS craft operation manual can guide you to apply 3D printing technology to part manufacturing.

Overmolding and insert insertion molding is often used for manufacturing parts used for medical healthcare, automobile and electronics and other industries. RPS craft operation manual guide you to understand the prototype of developing and producing many materials by virtue of the feasible prototype manufacturing method with a high cost efficiency.

Understand changes of the rapid manufacturing industry and use new technologies and data analysis to speed up rapid development of products and shorten the product development speed. Cloud manufacturing enables higher production efficiency in factories. Besides, more active and customer-oriented strategies are applied in terms of product development. In the RPS craft operation manual, the way where product strategies of stronger and faster response are developed is discussed.

In the product development and life cycle planning, strategic management of manufacturing supply chain is vital. The process standards in the RPS craft operation manual enable us to evaluate suppliers more effectively, reduce the abnormality probability during the product development and trial production process, making the project schedule controllable.

Whether you are a newbie of injection molding or the experienced professional in the manufacturing industry, RPS craft operation manual can provide craft suggestion that can bring significant economic benefits to your part design, forming quality, forming efficiency, which contain wall thickness, surface smoothness,tolerance, material and other thermoplastic molding etc. Some tips may help you manufacture better parts.

Regarding the characteristics of complex parts, product designers and engineers face a more complex design challenge. If your parts are a little complex (e.g. undercutting and through-hole), these parts may be designed by using lifters and sliders.

Considerations for sheet metal prototype and materials of parts of a small batch of production, manufacturing process, design elements and fine machining scheme. Choice of suitable materials can meet your demand for application and design, improve the manufacturability of your parts and meet requirements for function and strength.

About 3D printing, the first thing is to know the performance of thermoplastic materials and metal materials, and suitable 3D printing craft and materials can be chosen in accordance with functional demands, molding characteristics and material performance by virtue of SLA, SLS and SLM technologies.

There are various kinds of injection molding materials, which makes engineers confused in choosing the right material. Materials which are suitable theoretically may not produce benefits in practical production and supply chains (i.e. the manufacturability). Commonly used injection molding materials of RPS enable engineers to choose materials efficiently and quickly. With years of experience in injection molding, RPS help you analyze a component quantitatively from the perspective of a technical engineer in accordance with the thermoplastic resin and its performance to determine the load, stress, strain and environment and choose the right material.

It provides guidance for improvement of molding LSR parts. Although LSR and thermoplastic molding have something in common, LSR is a kind of thermosetting material with unique design characteristics.

Understand the property of metal materials and 3D printing, processing and molding process used for manufacturing metal parts. We discussed metal which has a higher strength, lighter weight, higher durability and other advantages to help you determine the correct production process, metal prototype and parts of a small batch of production.

There are many factors affecting appearance of injection molding parts. RPS craft operation manual describes the importance of parts’ geometrical shape, material choice and mold design in terms of reducing or eliminating appearance defects such as sink mark,welding line,gleam, burning and other problems appearing during the molding process. Through understanding the solution to appearance problems at a early time, the final appearance of injection molding parts can be improved.

The aviation and military fields are characterized by keeping pursuing for flight and motion speed, so light weight is necessary. As the most reliable and effective high-strength material at present, carbon fiber has mature molding craft. You can get the high-quality and complex carbon fiber parts in accordance with the technical suggestions of RPS and CSC.

Rapid production of medical parts require various manufacturing schemes. RPS and medical design engineers and product development personnel explore advantages and disadvantages of each craft from 3D printing to injection molding and determine the material which is the most suitable for the specific application of your products.

In the era of ToI and intelligent mobility, automobile is the most important tool. As people are having a stronger sense of saving energy and protecting the environment, light-weight manufacturing is necessary in design and manufacturing of electric vehicles and new energy vehicles due to people's pursuit for personality and speed. RPS provides your traffic tool with solutions to longer-time endurance in terms of rapid manufacturing craft, high-strength light materials and design experience.