There are several ways to manufacture rapid prototypes. Peoples always doubt that which one is the best process for making their prototypes. In the following article, we are going to share our considerations about prototyping making.

Rapid prototyping is automated construction of the physical object by using preservative layer manufacturing methods. At present world, it is available in different kinds of formats such as selective laser sintering, stereolithography, huge range of the 3d printing methods and fused deposition modeling. It is widely used in the numbers of applications such as engineering, medical and industrial discipline. Rapid prototyping could be defined as the modeling technique that may speed up and improve development of the new products. It is the amazing process which is used computer aided techniques and tool like 3d printing in order to make physical product models for the production analysis and tooling.

In the past week, we got several enquiries from new customers, they sourced the manufacturer to quote and suggest the best process for their new designs, plastic extrusion or injection molding? Hence, we are going to talk about the differences between these two processes.

Pressure die casting is a high efficient manufacturing process for producing metal parts. Knowing the details of the process can help us to figure out the best way to enhance the productivity. Here, we are going to talk about the parameters which effect the fill time of the die casting process.

The plastic injection molding method is one of the most mature techniques for producing low to high volume plastic parts. Benefit from this technology, we can make our custom products easier and easier. Here, we are going to talk about the advantages of plastic injection molding:

There are many factors involved in cost calculations. Here, we talk about some major factors: 1. The molded object’s size. 2. Cavity number of applicable. 3. Complexity of your part, ie., number of parts required in mold. 4. Mold life. 5. Mold steel and mold components. 6. Facilities where mold is made.

Nowadays you can get a variety of rapid tooling methods suitable for designs and become realities. In fact, this consists of low volume manufacturing that is capable for parts that get attention on a regular basis. From different prototype making and tool used, the Rapid Injection Molding gives a suitable approach for regular basis. Of course, this is capable of undertaking the low volume manufacturing process that is capable of building an injection procedure.

Both CNC milling and CNC turning are categories of CNC machining. How to choose the proper machining method to manufacture your parts at high quality and low cost? Here, we are going to talk about our considerations about these 2 similar processes.

Plastic injection molding and aluminum die casting are the most 2 popular methods for producing components. They are suitable for mass production but also for low volume manufacturing. They are similar and different.

Rapid prototyping is a good procedure of software development in which physical things are automatically constructed by regular use of SFF or solid freeform fabrication. In the process of Rapid Prototyping, a working model can be constructed quickly, and tested for its functionality, performance as well as output. The latest features or information can be illustrated well in the prototype as well as early user feedback can be gathered with regards to the manufactured goods.

Pressure die casting a high efficient process in manufacturing, it is not only suitable for high volume mass production but also for low volume manufacturing. Combine the MUD mold base system and the assisted post machining process, we can make low volume metal parts quickly, which is good to produce your prototype and low volume metal parts at lower cost and shorter lead-time.

Comparing with the mass production, low volume manufacturing should be more beneficial for the developing company and product development. Here, we are going to talk about the reason why we consider about low volume manufacturing.