Custom Metal Casting Mold

Benefits of Custom Metal Casting Molds

Today, there is a high demand for high-quality custom metal parts. Custom metal molds enable customers to obtain a wide range of custom parts cast in the required metals and metal alloys. The biggest benefit of using a custom mold is that it can be reused. They make it possible to produce large quantities of various parts at low prices.
We can use custom metal castings to help your business produce high-quality metal parts cost-effectively. Our capabilities include a variety of metals and metal alloys, and we will provide excellent custom metal molds according to your requirements.

Custom Casting Mold Types

Custom metal casting involves the use of temporary or permanent molds. In most cases, our customers choose permanent molds when they need to create multiple copies of a custom project to reuse the mold. The main difference between temporary and permanent molds is their reusability.

  • Temporary molds: Temporary molds are usually not immune to the casting process under conditions that allow repeated use. Sand mold illustrates a popular temporary mold.
  • Permanent molds: Manufacturers often create permanent molds to obtain reusable castings. Graphite, stainless steel and steel are three popular permanent mold making materials today. Although these molds eventually wear out, they last longer than temporary molds. Customers looking for custom molds often choose to invest in high-quality permanent molds to produce multiple copies of the same part.
Creating Fine Custom Metal Casting Mold

The permanent metal mold casting process typically includes at least six separate steps:

  1. Manufacturers first craft permanent molds using materials selected by the customer. The nature of the metal alloy used in the foundry product often determines the type of material used in the mold manufacturing process.
  2. During the mold manufacturing process, the manufacturer must carefully measure and process the parts of the permanent mold to ensure they fit tightly. The design team created gates to allow molten metal to enter. It also designed a "gate" that allowed molten iron to enter through the gate. Permanent molds often also provide channels for venting the gas.
  3. In many cases, permanent molds require gravity to fill the mold with molten metal. Manufacturers must provide a method for melting metal alloys, and then safely load this molten material into the mold.
  4. By preheating and lubricating permanent metal molds, manufacturers can help ensure a smoother fill. Manufacturers also hold mold parts tightly together (often with the help of machinery). This operation occurs in high temperature environments, so automation helps to hold heated mold components. After assembling the mold, the manufacturer pours the molten metal into the gate through a runner. In some cases, automatic centrifugal force helps to spread the metal more completely through the mold. In other cases, gravity alone can help the mold filling process. After completing the filling operation, the manufacturer allows the metal to partially cool and solidify inside the mold.
  5. Eventually, the manufacturer unwraps the mold (usually with the help of a thimble).
  6. Final cooling occurs before the operation is completed.
Essential Mold-Making Requirements

The custom metal casting process requires at least a custom mold that meets customer requirements, and the ability to melt and pour the metal alloy into the custom mold. The design team carefully crafts temporary or permanent molds according to the customer's instructions. Although manufacturers sometimes use temporary molds, such as molds made of sand or plastic, custom molding often involves the use of permanent molds and can therefore be reused. Custom metal casting is usually performed at higher temperatures.
The metal used in any custom metal casting project largely determines the type of material required for a permanent mold. Generally, manufacturers use molds made of graphite, ceramic or stainless steel to cast industrial parts. Permanent, reusable molds often must maintain the ability to withstand the heat generated by the molten metal without changing its shape, breaking, bending, or dissolving. Prospective casting methods, such as whether the manufacturer uses injection molding or gravity casting, can select the materials required in the mold manufacturing process.

Benefits of using a custom cast component
  • All components will be created according to specifications
  • The size is more accurate than with traditional forging and welding processes
  • There’s less stress involved in the process
  • Higher quality end product
  • Shorter production time
  • Less power consumption
  • Efficiently used materials (no cropping or drops)
  • Automated production options
  • You can opt for the creation of custom metal molds that can be reused in case you need more component
Why Customers Request Our Metal Casting Molds Process
  1. Using custom permanent stencils allows us to create various shapes and reliably copy objects.
  2. Using this casting process helps to create metal products with a stronger, more uniform internal structure.
  3. Custom metal castings can produce items with gorgeous, fine surface features.
  4. This manufacturing process has economic benefits. Although permanent molds eventually wear out, they often have a longer service life than many other production tools. With permanent custom molds, you can optimize your investment in high-quality molds over time.
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