What’s Lying Ahead of the Custom Metal Fabrication?

Though metal fabrication is popularly known as one of the most utilized processes in today’s world, there are plenty of technologies that allowed it to progress. One of which is called additive manufacturing or AM that has become so popular and offer amazing perks through its variety of software programs and tools. In Canada, there are many centers that are created to specifically deal with the research and development of AM technology. As more and more focus is given and empirical studies were conducted about additive manufacturing, it has been mainstreamed into custom metal fabrication in Toronto.

Compared with traditional subtractive manufacturing where parts are produced by cutting away at a solid material, additive parts are created directly from CAD without the need for tooling in the production process. These parts can be manufactured as a single structure without requiring welding and assembly. Many industries that require custom metal fabrication in Toronto are taking advantage of AM technology as the components it produces are durable and reliable but they weigh lighter. The waste material of the process also becomes less. These amazing attributes made AM ideal in the aerospace industry where designers are looking for ways to reduce the weight of parts.

Other industries that have been assertive to adopt AM technology include the medical implant and power generation. Even the automotive industry has shown great interest in this kind of metal fabrication technology. However, despite these potential properties, AM is quite expensive and slow to catch up compared to the conventional subtractive method, making it not ideal for large-scale production. The biggest advantage though is that by using generative design with an additive set of tools during custom metal fabrication in Toronto, you can manufacture even the most complicated designs. With this being said, the interesting additive application is making gains but the raw materials and process involved are fairly expensive for those who cannot afford to invest in this technology.