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Rapid Prototyping System for Efficient Product Development

Machining Techniques

What is rapid prototyping?
Rapid prototype model, also known as prototype model, is another form of incremental model. It is to construct a prototype before developing the real system, and gradually complete the development of the whole system on the basis of the prototype. For example, if the customer needs an ATM software, it can first design a prototype software that only includes card swiping, password detection, data entry and bill printing to provide to the customer, and does not include network processing and database access, data emergency, fault handling and other services. The first step in rapid prototyping is to build a rapid prototype that enables the customer or future user to interact with the system, and the user or customer evaluates the prototype to further refine the requirements of the software to be developed. By gradually adjusting the prototype to meet the customer's requirements, the developer can determine what the customer's real needs are; The second step is to build on the first step to develop a customer-satisfied software product.

Why Choose Us

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Can quickly produce free-form surfaces and more complex forms of parts, such as the grooves in the parts, shoulders and hollow parts, greatly reducing the development cost of new products and development cycle.

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It is non-contact processing, does not need the tools and fixtures necessary for machine tool cutting, no tool wear and cutting force influence.

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Can achieve fully automated production at night.

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High processing efficiency, can quickly produce product solid model and mold.

What are the benefits of making a prototype?

It integrates mechanical engineering, CAD, reverse engineering technology, layered manufacturing technology, numerical control technology, material science, laser technology, which can automatically, directly, quickly and accurately transform design ideas into functional prototypes or directly manufactured parts, thus providing an efficient and low-cost realization means for prototyping parts and verification of new design ideas.

The precision with which it can be done: The accuracy of rapid forming parts is generally at the level of ± 0.1mm, and the accuracy in the height direction is even more so.