Tag Archive for: Prototype Part

Prototype Part & Proto Mold

What is Proto Mold

Proto Mold is fast prototype mold for some project which you are not sure if successful or not, to save your cost before making production mold, and making this fast proto mold to make a small quality of plastic mold for testing and market. These proto molds are typically made from materials such as aluminum or steel to make some small volume of parts. normally will be a single mold or family proto mold.

Proto mold, is one of the best way to save cost for your new project, if you are a manufacturing company that is developing a new product that requires injection molding, then obviously looking for an injection molded plastics shop is your first step in getting the part created. However, if you are hung up on the fact that you aren’t sure exactly what you want, don’t let it stop you from contacting an injection molding company.

The process in and of itself always involves custom molds, and most companies, therefore, have the capability to help create prototyping parts or proto mold that will suit your needs perfectly. Plastic injection mould is machines created to follow through with the prototype design with perfection, and the process is very reliable. Mass production is what these machines are built for, and those that run them have years of experience behind their belts.Proto Mold

Plastic Injection mould is all designed in fairly similar fashions, with a hopper to melt the chosen plastic or rubber materials and then the injection section to transfer the molten material into the mold. The time needed for each mold to set is not long, and each plastic injection mold is then able to remove the dried and sturdy part from its mold before moving it along to another section of production.

Although the above description is very general, and the details of how each plastic injection moulder works vary depending on its size and style, most of the above still apply. The process is so dependable and accurate it doesn’t require much fine-tuning. So once you have worked with a plastic injection molded company to achieve your dream prototype parts or verified the project by proto mold, making the plastic injection mold to massive produce the part is a walk in the park. Most of these places also offer short runs for smaller batches of the product, in case your company wants to test the success of the new part you have created.

Difference between Proto mold and production mold

The main difference between prot mold and production injection molding is the production volume and the lead time.

Proto mold or rapid injection mold is a fast and cost-effective way to produce small to medium-sized batches of products. It uses advanced software and machinery to create molds quickly and efficiently, which reduces the lead time and turnaround time. Proto Mold can produce products in a matter of days or weeks, making it suitable for prototyping, low-volume production, and quick-turnaround projects.

Production mold, which means for final production uses, specially for producing large volume of parts. the mold and molding process are the same, make mold, trial the mold, running the same injection molding procees. Production mold is best suited for larger volume of parts at a lower unite cost. It is ideal for long-term production projects that require consistent quality and high-volume output.

Another difference between proto mold and production mold is the cost. since the proto mold is for small volume or prototype parts, so normally will use the cheap way to make the proto mold, even the mold failled that still will lost too much money. Production mold, on the other hand, this is for high volume of prodution, and normally will use the high quality and more precision machining to the mold, the lead time and mold manufacturing cost will be more higher.

In summary, the main differences between proto mold and production mold are the production volume, lead time, and cost. proto mold is faster, cheaper, and best suited for small or  prototype mold runs,  production mold is slower, high mold cost, and best suited for larger production runs.

The technique of rapid tooling injection molding

The technique of rapid tooling injection molding makes testing much more beneficial. It is because everyone knows that new products must pass extensive design, prototype evaluation, and functional testing before they are considered ready to distribute to markets. In this case, rapid injection molding becomes one of the best techniques for prototypes that need to undergo design changes during the developmental stage.

By rapid injection molding technique, you can make as many prototypes as possible needed to get the best products, or you can name it pilot production. It is perfect for market testing until the production plastic mold is ready, or about a three or four month wait. When production volume does not justify to make prduction plastic mold, this molding technique can supply production parts.

If you never knew the process of rapid injection molding, the following can help. The process uses aluminum molds milled on 3-axis CNCs instead of the expensive, hardened tool steel molds used with traditional methods. Molds comprise an A-side, sometimes called the cavity side and a B-side, sometimes called the core side. The A-side mounts to the fixed portion of the injection molding press.

Then, in rapid tooling injection molding, resin is injected through this section of the mold into the part cavity by way of the sprue, the path the resin takes until it reaches the runners. These guide the resin to the gate, the location where the plastic enters the part cavity. The B-side, on the other hand, mounts to the moving side of the press and includes the steel ejector pins. Before designing the mold, parts are oriented so they will remain on the B-Side when the mold opens.

The process of rapid injection molding also requires technology, such as 3D CAD with high speed CNC machining equipment to quickly manufacture injection molds. This way is efficient, as it enables the low cost creation of injection-molded prototypes and makes low volume runs of production parts affordable. It allows manufacturers to get prototypes in just few days. It is also a way company’s image since it lets you to have more preparation before launching products.

Tips on how to get Getting the Perfect Prototype Part & Proto Mold?

Below are some steps to help you how to get perfect prototype parts and proto mold, how this would help you to solve your requirement.

  1. Choose a reliable prototyping and molding company: Look for a proto mold company that has a good reputation in the industry and has experience in producing the type of part or mold you need.
  2. Determine the materials and specifications needed: Specify the type of material you want to use, and the size and shape of the prototype part or mold. This information will help the manufacturer produce a more accurate and precise prototype.
  3. Design the prototype using CAD software: Use computer-aided design (CAD) software to design a 3D prototype model. This will help the manufacturer get a better idea of what you want and ensure that the dimensions are correct.
  4. Test the prototype: Once the prototype is produced, test it and make any necessary adjustments or changes. This will ensure that the final part or mold meets your specifications and requirements.
  5. Repeat the process if necessary: Sometimes, multiple prototypes are necessary to get the perfect part or mold. If the first prototype doesn’t meet your requirements, discuss the changes that need to be made with the manufacturer and start the process again.

By following these steps and working with a reliable manufacturer, you will be able to get the perfect prototype proto mold for your specific needs.