When we talk about rapid manufacturing, we refer to the different techniques that have been used to produce prototypes in quick succession. To make prototypes most times, one would need to employ non-conventional materials while reading data directly from CAD.
Also, certain software are used by professionals to monitor and control the process of manufacturing/production. Consulting with expert rapid manufacturing companies such as ddprototype would be excellent as you’d get the exact value for every penny you spend. In this piece, we shall discuss all there is to know about the rapid manufacturing process.
Processes of rapid manufacturing
Before we go on, we would first have a swift look at the different processes that can be used for rapid manufacturing. Most prototype designers these processes to improve designs, visuals, and develop the product before the major production. Let’s see them below:
1. CNC
This is a process that makes use of the Computerized Numerical Control type of machining. Usually, a part of the prototype gets manufactured through the aid of machines used for drilling. This technique is usually employed when the production is for testing purposes. Also, it’s used for low volume manufacturing.
2. Binder Jetting
This is one of the fastest methods of rapid manufacturing that allows you to print more than one product at a time. One disadvantage of this technique could be its inability to create stronger products as seen with other products. In binder jetting, powder beds are used. A liquid that is found in a nozzle spray container gets applied to the power bed for perfect bonding.
3. Sheet metal
Just like the name implies, the sheets in this type of manufacturing usually gets processed through folding, cutting, or any other kind of process. This method gives rise to the manufacturing of products that comes in different parts and are made of brass steel, aluminum, etc. These products also take diverse shapes, sizes, thicknesses, etc.
4. Digital Light Processing
In this technique, the resins go through the process of polymerization. Using this method makes production cheaper and also, faster. While using it you would be required to cure and also implement support structures.
Benefits of rapid manufacturing
There are different positive purposes why you need to implement this production process and these include:
- Cost-effectiveness
- Previewing the final result
- To satisfy your customers
Rapid manufacturing: what kind of material should be used.
In rapid manufacturing, no material is the same and this has caused the use of highly distinct materials for production. In the past, materials such as metals, plastics, ceramics, or even glass were used for production. Recently, there have been innovations as regards materials that are used for rapid production of which some of them include: UV-curing gel.
Conclusion
In this guide, we specifically lay focus on rapid manufacturing as well as the different processes through which one can achieve rapid manufacturing. If you care to make low volume products for your business, then you should consider this.
