Steps in Die Casting Fiber Optic Components

We are living in a hyper-connected community with live streaming and internet browsing at our fingertips. Users always look for fast and instant connections and fiber optic internet has become the golden standard in business and home internet across the globe. The most important benefit of fiber optic internet is that it can guarantee faster speeds over long distances, provided the components used are good and are working properly. The reliability of metal components is very important in fiber optics.

Right Die Caster to Make Fiber Optic Components

Metals like aluminum and zinc can be used to cast fiber optic components. While looking for a die caster to manufacture fiber optic components, it is important to find one who can work with different metals, as this will help you ensure that you are getting quality components. Other than dies casting, metal injection molding (MIM) is used to manufacture fiber optic components. The MIM process allows die casters to use robust metals like stainless steel to make parts. In MIM, intricately shaped parts can be easily made with tighter tolerances, wide size ranges at high volumes.

Design and Tooling for Complex Fiber Optic Components

After deciding the metal for die casting the parts, it is important to have good designs and tools. Mexican die casters make use of multi slide technology in tool design, as this helps you to be more flexible with the pull direction and allows manufacturing parts that are more complex consistently. This can help to reduce the cost per part considerably.

Post Cast Testing

Die casting fiber optic components calls for great quality and consistency. It is necessary to have controls to avoid, internal, dimensional, and surface defects. While making thin walled, intricate components like fiber optic transceiver, it is important to ensure that the component will not wear or break with time, especially when used in harsh environments like high humidity and pressure. This is why it is important to find a die caster, who performs accelerated life testing of the components.

Moreover, you need to look for experienced die casters with access to resources to offer a wide range of design, manufacturing, and value added services including treatments for protecting the surface of the components.