In any type of design or manufacturing process, there are a variety of requirements to consider. Whether it relates to the performance of the finished product or the associated costs, every piece of the puzzle is crucial to long-term success.
The metal fabrication of parts is no exception. Every step of the design and manufacturing process has significance and should align with your needs and goals.
Here are 3 metal fabrication requirements to consider.
3 Requirements to Consider in Metal Fabrication
The Quality of the Manufacturing Process
With advancements in technology and increased consumer demands, today’s products are smaller and more complex. This push toward intricate designs and thinner materials has fostered greater pressure in terms of how to maintain overall quality.
The key is to find a manufacturing process that balances in-house expertise with cutting-edge techniques. Here at Switzer, we leverage precise and scalable techniques, like chemical etching, to manufacture metal parts. The result is end parts that are built quickly and perform to their full potential.
In recent years, more businesses have embraced the idea of sustainable practices. The same motivation for energy savings and waste reduction in the workplace is also a driving force behind sustainable design and manufacturing.
Accounting for these environmental factors requires a strategic approach. As an example, consider the amount of waste produced in the metal fabrication of a part. By visualizing each step of the workflow, you can pinpoint what the root of the problem is and take the necessary steps to eliminate such waste factors.
With the goal of a minimized environmental footprint, Switzer has taken steps to reduce waste as well. Most recently, we introduced an upgraded wastewater treatment system at our production facility. The system uses fewer chemicals and makes the process as clean and safe as it can be.
Whether businesses are interested in finding a design partner or manufacturer, they need to ensure that their budget aligns with the intended approach. An important part of this process is weighing the opportunities for cost savings.
Consider the burrs that laser cutting can produce on the surface of a metal part. Correcting these rough areas warrants the need for deburring techniques, which translate into increased time and costs. But with precise, burr-free methods like chemical etching, you can skip this step and efficiently move your part to the next phase of production.
At Switzer, we strive to manufacture high-precision metal parts that no one else can. It’s our combination of in-house expertise, a reliable source of vendors and cutting-edge techniques that allow us to do just that. For more information on our metal fabrication services, contact us today.