CNC or Computer Numerical Controlled machining is a subtractive method that involves removing materials from objects to form a specific part using cutting tools and machines such as mills, lathes, grinders, and routers. In recent years, companies offering CNC services have increased worldwide, but China is still in the lead in this industry. Check out their CNC shop for high-quality products and services. In this write-up, we focus on reasons for using CNC machining in industrial applications.
Why is CNC Machining Used on Industrial Applications?
In the past years, most industries use manual machining to process their products. However, technological advancements led to the introduction of CNC machining. It is an automated process, has excellent benefits, and has led to numerous achievements in the industrial sector compared to the traditional method.
1. Advanced Cutting Parameters
The machines’ speed is usually high, leading to the production of fine chips and coolant spray in the air. The process involves very high pressure and often reaches a rate of 10000 and beyond. Manual processes are challenging to apply at this point, unlike when the speed is below 10000 rpm. CNC machining ensures stability during feeding and cutting; hence no vibrations are felt.
2. High Production Levels
Computers are in charge of the CNC manufacturing process, resulting in the production of precise, high-quality products at high speed. It is a continuous process that is not affected by lack of employees or breaks caused by maintenance problems, malfunctions, or the end of a worker’s shift.
Safety is a crucial factor in CNC machining as the machines operators don’t have to be close to them for them to operate. A glass barrier usually protects them from any sharp components that may injure them and still view the entire process through it. CNC machining is an efficient process that increases productivity for the industry.
3. Retention of Designs
Every machine in the manufacturing plant is programmed with CAD software for prototype development. The manufacturer or designer takes any desired design and feeds it into the software to facilitate the prototype creation process.
The program produces a replica of the design with all its specifications and uses it for every prototype needed. You don’t have to consult anyone or the external records for the design as it’s always available for use when needed. The creation is done within a short time and is straightforward.
4. Involves Several Materials
CNC machining uses many different materials, except a few. It mainly accommodates metals such as aluminum, steel, and titanium and also various plastics. This makes it suitable for industries that process different raw materials to use a single technology to produce all their products.
5. Few Test Runs
Carrying out test runs is a standard act in conventional machining to avoid problems with any component at the start of the process. In CNC machining, these test runs are avoided using the visualization system that helps the operator know what follows next.
CNC machining is a huge technological advancement in the manufacturing industry. Production of products is easy, faster and involves few errors and the precision and accuracy of the machines lead to the development of good quality objects