The drive connection on the machine tool, whether it is the internal contact drive or the external contact drive, can be realized not only by the mechanical transmission of the rigid body transmission part, but also by the non-mechanical transmission method according to the nature of the movement, such as hydraulic, electrical, Pneumatic, light and heat. With the rapid development of microelectronics technology, the current way of controlling movements and achieving transmission linkages by computers or electronic hardware is getting more and more applications. The use of non-mechanical means of driving linkage can simplify the mechanism, shorten the transmission chain, and facilitate the realization of automatic control. However, for the composite table that requires high transmission accuracy and the formation of the motion transmission chain, such as the generative movement of the gear processing machine and the indexing movement transmission chain, there are still few hydraulic, electrical, and pneumatic methods used to realize the internal linkage transmission of the movement. For the drive chains with simple surface forming motions that do not require high drive accuracy, such as the lathes, milling machines, etc., the cutting speed and the drive of the feed drive are more commonly used in hydraulic, electrical, and pneumatic methods to achieve the transmission linkage. .
The machine tool transmission system: The graphic symbols represent the various transmission parts in the mechanical transmission system of the real machine tool, and the integrated schematic drawing of the machine tool transmission chain is called the machine tool transmission system diagram, which is referred to as the machine transmission system. This diagram concisely represents the internal structure of the machine tool and the various transmission chains, and is a powerful tool for analyzing the transmission law of the machine tool. Familiar with the transmission system diagram, it is very important for the dump and research machine tools. With the transmission system diagram, the performance, working principle and application range of the machine tool can be analyzed, and various adjustment calculations can be performed. Representative drawings and symbols of various transmission parts of the machine tool have been listed in the national standard (see the national standard GB/T4460--84 mechanical drawing diagram of a mechanism movement diagram).
CNC 4 Axis Machining is one of the precision machining methods. It adds a rotation axis (A axis or C axis) to the three-axis CNC machine tool (X, Y, Z axis), so that the workpiece can be Rotate in. The 4 Axis Machining method can realize more complex machining operations, while improving machining efficiency and flexibility.
In CNC 4 Axis machining, the machine tool can perform simultaneous translation and rotation movements, making the machining process more flexible and efficient. The additional rotary axis can control the workpiece to rotate at a fixed angle to realize various shapes of cutting, drilling, milling and other machining operations.
Compared with machine tools with only 3 axis machining capabilities, 4 axis machining can better handle complex curved surfaces, special-shaped and inclined machining requirements. Therefore, 4 Axis CNC Machining Parts is widely used in fields such as aerospace, automobile, mold making and so on.
SCZY Provide the CNC Machining Services with the 4 Axis CNC Machining Services and 5 Axis Machining Services. We has many three-axis, four-axis, five-axis CNC milling machines, as well as lathes, grinders, EDM, wire cutting and other equipment, which can meet the different requirements of different customers. The highest precision we can achieve is ±0.002mm (specifically Depending on the product material and structure), the materials we process include steel, iron, copper, aluminum and plastic materials, etc. Our products are widely used in navigation, aviation, automobile, machinery, equipment, automation, mold accessories and so on. Pls check out the pictures below:
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