Rapid prototyping technology and its role in manufacturing
Prototype and shape are the basic elements of the exquisite product design. However, for years, manufacturing companies have been reducing prototype manufacturing due to expensive materials and long processing processes. Now, through rapid modeling, every manufacturing enterprise has the ability to improve design and improve the manufacturing industry to a higher level.
The good news is that you don't need to buy your own machines, and you can easily find a professional service provider to help product design.
Advanced practice has many advantages for product design and manufacturing companies. We listed five reasons why companies consider rapid prototyping and how it helps to stand out in the industry.
1. better grasp the appearance of the product
Although the selection of modeling software is extensive and highly advanced, product designers can not have a comprehensive understanding of design without physical representation. The prototype solves this kind of interference, and enables designers to make similar actual project models. It is easier to detect and resolve these defects before a real project appears.
2. immediate adjustment
Rapid modeling eliminates production time and cost, which allows multiple changes to be made during execution. Due to faster and cheaper adjustments, designers can produce and change physical representations of products at different manufacturing stages. It also benefits end consumers, because they can add their input to a project and help adapt to its audience.
3. cost benefit
The 3D printer of CNC machine tool can make physical model with different materials. Advanced tools can use more affordable materials such as plastics. It does not need a large amount of energy and other resources to implement an action. In addition, both NC machining and 3D printing are based on CAD model, which has high precision, avoiding errors and resource waste.
4. rapid production
There are reasons for rapid prototyping. In a few minutes, you can get the physical model of the product design and adjust the changes. This saves a lot of time and can be used to master the project. In addition, simple implementation enables designers without mechanical experience to participate in the production process.
5. reduce errors
Modern manufacturing models are usually based on software execution, not too much manual work. Automation processes help reduce human errors and play a prominent role in product design. Machine execution is accurate, only in CAD models.