When it comes to custom metal fabrication in Toronto, the original design is crucial. It dictates how your product is made as well as its final look. Optimizing your custom metal fabrication design ensures cost savings, durability, and more. Here are the four things you need to keep in mind to optimize metal fabrication design.
#1. Be clear about your design
If you are more specific with your design, the metal fabricator will better understand what you are looking for. In addition, by being clear about your demands, you will ensure minimum errors, and your project can quickly move from design to actual fabrication. Some of the things you need to be specific about your design include tolerances, surface flatness, material thickness, depths of the holes, length, width, and height.
#2. Simplification is key
After identifying and marking the essential elements on the drawing, the next step is to simplify them. This means you should first edit the design to streamline everything before sending it for custom metal fabrication in Toronto. Pay attention to the elements that are redundant or those that are hindering the function of your design. You can also look for elements that are overly detailed or overworked.
#3. Work closely with your fabricator
It can be challenging to know how you can work well with your fabricator precisely. Especially if you are not familiar with some critical fabrication processes. So, be sure to specify the dimensions and essential elements of your design. After that, you can discuss things with the fabricator about how you can go about the processes needed. Then, by making some adjustments to your design, professional fabricators can finish your project in the most efficient way.
#4. Weigh all your options
There are various kinds of metal alloys, each made fit for different needs. For example, some applications require certain metals to cope with extreme temperatures and intense force or corrosive substances. Selecting the right metal will help you reduce the costs and simplify the custom metal fabrication processes. So, you’d better weigh up all the possible options first before making a decision.
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