Welding is a very useful process that is used in the industry to join two pieces of metal or plastics together. In the past, welding was done manually and required a lot of time and effort.
With the advent of computer-aided design in the industrial sector, CAD welding is becoming increasingly popular. According to a recent survey, the number of businesses opting for CAD welding has increased by over 33% in the last decade. That’s a dramatic growth in such a short period of time.
So, what is CAD welding? How does this process differ from traditional welding? In this article, we will discuss the basics of CAD welding, including its advantages and disadvantages.
Let’s dive right in!
What Is CAD Welding?CAD welding, also known as Computer Aided Design Welding, is a form of welding that has been gaining in popularity over the past few years.
It is a welding process that is used to make intricate bends, curves and shapes in a wide range of materials such as stainless steel, aluminum and copper.
What Are the Benefits of CAD Welding?CAD welding offers a number of benefits over traditional welding processes, including:
- More Accuracy: CAD welding offers more accuracy than traditional welding processes because the welder can set the control parameters and make adjustments as needed.
This allows for the creation of complex pieces with precision.
- Quicker Cycle Time: Because CAD welding is more accurate, it tends to have a quicker cycle time than traditional welding processes.
This means that projects can be completed in a shorter amount of time and with less waste.
- More Cost Effective: The accuracy of CAD welding also makes it more cost effective than traditional welding processes because fewer materials will be needed and fewer mistakes will be made.
- Greater Versatility: CAD welding is also much more versatile than traditional welding processes since it can be used to weld a wide range of materials including aluminum, stainless steel, and copper.
How Does CAD Welding Work?CAD welding is a process that uses computer-aided design (CAD) software to generate a detailed drawing of a welding project. This drawing can then be used by a welder to set the precision of the weld and accurately weld together two or more pieces of material.
The CAD software can also be used to adjust the weld speed, power, and other control parameters as needed.
ConclusionCAD welding is a welding process that has been gaining in popularity due to its accuracy and versatility.
It offers a number of benefits over traditional welding processes including more accuracy, quicker cycle time, more cost effective production and greater versatility. With the use of modern technology and CAD welding, welders are able to make intricate bends and shapes with precision. References:https://www. globalwelding. org/what-is-cad-welding/https://www. cambridgeresources. com/blog/what-is-cad-welding/https://https://weldinghub. com/what-is-cad-welding/