Precision Machining Explained

Why Machining?

Machining, also known as the mining process, is extensively used for sheet metal fabrication. CNC machining can be applied to both ferrous and non-ferrous metal types - a good service provider can handle any type. The machining process is divided into many stages starting from designing and prototyping. CNC turning, milling for different axes, and reverse engineering are also some fields of expertise in this area.

In this process of milling, metals are converted into pieces of different shapes and sizes as guided by the design. The equipment uses rotary cutters that are placed at an angle with the metal. Many of the common parts seen today, such as the hydraulics for car brakes, are created using this process. Machining is used for sheet metal fabrication and many other processes to create different machine parts in the industry. CNC machining is widely used for this purpose.

The Importance of Machining 

Machining is vital technology and caters to many other industries that benefit us in different walks of life. These industries include aircraft and military equipment. Reverse engineering is also done to get to the core of equipment manufactured by other countries whose details are unknown. These parts can be non-functional, destroyed, or worn-out, but still they can be studied and analyzed.

Machining is Advanced Technology 

Computer-aided design or CAD software is used for designing and prototyping this equipment and their parts. High degree of precision is needed for sheet metal fabrication, and this can only be done by using accurate and efficient software. In the end, make sure you choose only the experts when it comes to machining; the smallest mistake can be disastrous. 


Cutting Edge Laser is a full service Sheet Metal Fabrication and machining contract manufacturer located in the beautiful Pacific Northwest. You will experience top notch customer service and expertise when you bring your work to CEL.