Rapid Prototyping is a process by which computer aided designs (CAD) are produced from Computer Aided Design (CAD) computer programs. The term "rapid prototyping" was first used by the German-American Researchers in the year 1988 as a short cut to define the rapid development of prototype parts. These parts, when built, would possess the similar shape and function of the original product. Only the additive process was changed. This process was later on adopted by the injection molding industry and is now commonly used in the rapid prototyping industry for the production of parts, components for products.
There are many advantages of the rapid prototyping process. The most important one would be the flexibility it gives the designers and the manufacturers. The additive technologies available in the market these days permit the users to create parts that are as robust as those being manufactured by their competition without having to pay the cost of manufacturing the same. The rapid manufacturing techniques available in the injection molding industry today have made it possible to manufacture high-quality plastic parts, even in extreme temperatures and vacuum conditions.
The main benefit of using rapid prototyping in order to obtain a quality production part is the speed with which the production part can be made. The time taken to design and fabricate a particular part can range from several weeks to months. In some cases, it can even take up to 3 months. But with the help of rapid prototyping techniques, even the time needed for the production part can be significantly reduced. Rapid Prototyping And Injection Molding Machine Technologies support by Nbzhenfei.
In other words, it will take much lesser time for you to get a U.S. patent for your invention. The other benefits of rapid prototyping include: reducing the costs of development, increasing the productivity of your team and speeding up the process of product delivery. All these factors lead to a more cost effective production. You will be able to offer your customers better products at a lower price. This will increase your sales and thereby your net profit margin. Moreover, you will be able to use your expertise to bring new products on the market.
Rapid prototyping will also ensure that your present invention will function as intended when compared to the designs that have been previously used in the past. This means that your invention will be unique and will perform as desired in the real world. When rapid prototyping is combined with accurate molding and injection molding techniques, the end result will be a high quality injection molded prototype part. In other words, your present invention will have a high level of functionality that is simply impossible to achieve by producing the same part in a more traditional manner.
A high speed CNC injection machine can perform a variety of tasks; however, it must be reliable enough to produce quality parts in a consistent manner. The injection process begins with the preparation of the injection mold components. This includes creating the cavities, nosing cones and skirt components. Next, the plastic extrusion tool is used to inject the required amount of material into the cavities and onto the nosed cones for forming the parts' exterior.
If you are interested in obtaining a U.S. patent for your invention then you may wish to consider utilizing rapid prototyping. By using this innovative technique, you will be able to quickly create an image of the entire mold while still on-going the injection process. You will then compare this image to your CAD drawing to identify any areas that may require adjustment. This allows for the quick identification and clearance of these areas so that the entire mold can be processed and approved for production. Once you have successfully completed the mold creation process you will then be able to receive a U.S. patent via the services offered by the injection molding machines.
These are just a few of the many benefits provided by the technology of rapid prototyping and injection molding machines. There are other methods and technologies that offer their own unique benefits to the overall manufacturing process. There is also a wide range of choices in the types of materials that can be used for the production of the parts; therefore it is critical that you determine what the most suitable option is for your part. Many businesses and individuals utilize both methods in order to produce accurate, high quality rapid prototypes that help them in their efforts to come up with new ideas. Rapid prototyping and injection molding machine technologies continue to increase in capabilities and sophistication so that manufacturers can produce high quality parts in a consistent manner.
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