What is machining (machining)? A look at all the core processes of CNC machining, turning, milling, drilling and grinding

in manufacturing and product development.“machining”Machining“ (also often referred to as ”machining") is an essential cornerstone. But do you really know what it's all about? In this article, we'll take you on a deep dive into the world of machining, so you'll be able to get to grips with the skills that have shaped modern industry.

I. Definition of machining (machining)
Machining refers to the process of using machining equipment (e.g., lathes, milling machines, grinders, etc.) to precisely remove material by cutting, drilling, grinding, etc., and to process blank materials (e.g., metal, plastic blocks) into precision parts that meet the requirements of the design drawings. The core of the process is “material reduction manufacturing”, which pursues high precision, high efficiency and excellent surface quality.

Second, several core machining process details
turning

Principle: The workpiece is rotated and the tool is fed in a straight or curved line for cutting.

Main applications: Specialised in the manufacture of cylindrical and conical parts, such as shafts, sleeves and threads.

milling

Principle: The tool is rotated and the workpiece is fixed on the table, moving in multiple axes to cut complex contours.

Main applications: For machining flat surfaces, grooves, gears, complex three-dimensional surfaces, etc. with great flexibility.

drilling

Principle: Designed for machining round holes in workpieces.

Main applications: Adding bolt holes, pin holes, etc. to components.

Grinding

Principle: The use of a high-speed rotating grinding wheel to make micro-cuts on the surface of the workpiece.

Main applications: As a finishing process to obtain very high dimensional accuracy and excellent surface finish.

Third, the king of modern machining: CNC machining
Today, the vast majority of precision machining relies on CNC (Computer Numerical Control) machining. It enables automation, high complexity and mass production by controlling the machine through pre-programmed computer software.

Advantages: excellent repeatability, unmanned operation, machining of extremely complex geometries, high productivity.

Fourth, how to choose a reliable machining service provider?
When choosing a partner, look for the following:

Equipment Capability: Do you have advanced equipment such as multi-axis CNC machines?

Process Experience: Are you well versed in the machining requirements of your industry (e.g., automotive, medical, aerospace)?

Quality system: Is there a well-established quality inspection process (e.g. CMM)?

Communication and Service: Can you respond quickly and provide professional technical support?

[Call to Action CTA]
If you have a need for parts machining and are looking for a skilled and reliable qualityMachining ManufacturersDalian Fuhong Machinery] has more than 15 years of experience in CNC machining and serves customers from many industries! [Dalian Fuhong Machinery] has over 15 years of CNC machining experience and serves customers in many industries. Contact us today for a free machining solution consultation and quote!