Fundamentals and applications of rapid prototyping technology

Jun 19 - 2022

Fundamentalsandapplicationsofrapidprototypingtechnology

Rapid prototyping, also known prototype manufacturing as RapidPrototypingManufacturing (RPM), is a high-tech production technology introduced in the mid-to-late 1980s by the deposition of raw materials and is considered a major breakthrough in manufacturing in the last 20 years.

The basic principle of prototyping hashing24 cloud mining is the principle of discrete variables and superposition to produce prototypes and components faster.

RapidPrototyping&Manufacturing (RP) hong kong loan is a new modern manufacturing technology that became popular in the late 1980s and early 1990s and is developing rapidly. Its advantage is that extremely complex product parts can be manufactured quickly, without the need for machining centres or tooling, saving time, effort and investment in original projects when producing small quantities or developing new products.

Here, the rapid manufacturing and processing of prototypes can imply all the characteristics and functions of test pieces, which are generally small in overall size and are often used for evaluation in new product development. Rapid prototyping parts are end products that combine features, functionality and rationale.

The whole process of rapid prototyping (RP): the first step is to create a three-dimensional design aided design solution (CAD3D) solid model of the entire target part, followed by computer simulation of the digital model cut into slices and levels along the same direction (eg Z-axis) CAD digital model discrete variables into a very thin parallel plan plan, the data information of this thin plan is transmitted to the rapid prototyping system software. The moulding materials used in the moulding system software are then manipulated to reproduce the original thin plan in a regular, layer-by-layer fashion, stacked layer-by-layer to produce a specific three-dimensional solid line, which is finally turned into a concrete part in the final solution.

After 20 years of development, rapid prototyping (RP) has become a very popular technology, especially in the automotive, aerospace, engineering and construction, consumer electronics, environmental healthcare and recreation industries.

At this stage, there are a number of machining processes developed and designed by RP, each classified according to the raw materials and moulding methods used.

By:Yvonne