CNC machining China

CNC machining of parts is a subtractive manufacturing process that uses machine tools to remove portions of material from a workpiece until the desired shape is formed.  The CNC machine program controls the order in which the CNC machines move around each other to produce these parts.  There are many different types of CNC machine tools, including multi-axis CNC milling machines (3-axis, 4-axis, and 5-axis), CNC lathes, and turn-milling composite.  While they both rely on a set of instructions from a program to perform a task, they do so in slightly different ways.  

For example, a CNC milling machine keeps the workpiece motionless while rotating it while cutting the part;  CNC lathes keep the cutting tools still while they work the parts they rotate.  

General machine tools are developed according to their respective functions such as turning, milling, and drilling.  The turn-milling complex machining equipment with the correct choice of cutting tools, and with the B axis that enables the tool to rotate and move, an advanced control system and cutting-edge CAM software, the use of rotating tools such as the clamping milling cutter or drill tool can be integrated for CNC turning to process,  In this way, by reducing the number of clamping parts so that the workpiece through a clamping can complete the main processing tasks and from one machine to another machine tool times, reducing downtime and increasing machining efficiency. It not only solves the processing problem but also greatly improves production efficiency. 

CNC machines have a wide range of capabilities and can produce high-precision machining parts. For example, CNC milling machines are excellent for creating cavities, shaping angled components, drilling holes, and cutting slots.

In contrast, CNC lathes are better suited for making cylindrical objects or parts that have symmetrical features around an axis. 

Both types of CNC machines can achieve tolerances as tight as ±0.005mm, which also work with a variety of materials, including metals and plastics, provided these materials come in block form, bar and tube. This is not the case with additive manufacturing technologies (like 3D printing), which are only compatible with plastics and a few metals. 

At Horibont, we pride ourselves on providing high-quality and reliable products. We have a team of skilled engineers and machinists who use the latest software and technology to produce precision parts that meet industry standards.    

In addition, Our quality control experts ensure that each batch of parts delivered is high-quality.

Horibont offers a broad range of material options to choose from, including metals (such as aluminum, steel, stainless steel, brass, and copper), plastics (such as POM, PTFE, PC, PEEK, PET, and Nylon), and special alloys (such as aluminum alloy, alloy steel, Titanium alloy).