How to Get More Results Out of Your Low Volume Silicone Molding
Production of vast quantities of goods in a short period has always been possible through injection molding. There is no limit to the number of products made after the tool is constructed and the manufacturing run begins, which can be as many as 10,000 shots for some materials.
Consider the advantages of injection molding
Due to the high initial cost of the tool or, because 3d printers have become so commonplace and cost-effective, injection molding has been mostly ignored in the low volume silicone molding manufacturing sector.
On the other hand, it’s a mistake to ignore injection molding for tiny quantities because it is a dependable and cost-effective method for generating short production runs on a broader range of materials than 3D printing. Polypropylene, Santoprene, glass-filled nylon, and STP are just a few of the various materials available. If the design calls for it, a combination of materials can also be used. Molds are made from various materials, the most common of which are P20 steel and aluminum. Using silicone or other rubbers for low volume silicone molding might save significant money for small-batch production.
Plastic Injection Molding Process Advantages
- High-volume production-friendly
- Consistency in the quality of the plastic components made
- A lower cost per item is associated with larger orders.
- It can produce fine details or complicated geometries with ease.
- Finishes of the highest grade
- Aftereffects aren’t overdone
- Low cost of labor
How does injection molding work?
A “family” or “multi-cavity” mold can hold over one cavity depending on the objects that need to be made. One advantage of such a layout is that the cost of production is reduced since a single mold may produce more pieces while also holding diverse portions of an end product – therefore, the term “family” mold. However, single cavity molds are often less expensive than a ‘family’ mold. They may still be a preferable option for the low-volume manufacture of a single product since they are less expensive.
Molding Plastics Using Common Substances
Plastic Injection Molding has a large variety of materials to choose from. Each application requires different material. Each grade or material’s physical, thermal, chemical, electrical, and optical qualities are distinct. As a result, before beginning any manufacturing, contact the manufacturer and request a copy of the material datasheet.
Injection molding of plastic Additives and colorants can also be added to molding resin to alter its mechanical or physical qualities.
The integrity of the CAD file using it as a template for mold design is yet another facet of mold fabrication that should not be overlooked. When it comes to manufacturing, a Design for Manufacture (DFM) document can highlight the design’s advantages and disadvantages and how the design may be improved to produce a superior quality product.
It is possible for flow lines resulting from inadequate or poorly placed gates to impair the aesthetics of a component. Using Mold Flow Analysis (MFA), an experienced mold engineer can help you overcome these challenges and guarantee that the final product produced is just as good as it possibly can be.
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