
New 5 Axis Machining Centers
Y axis travel mm 520
Z axis travel mm 460
Working table mm Φ650
B axis (Swing axis) deg. -110º~+110º
C axis (Rotating axis) deg. 360º
B axis (Swing axis)speed rpm 25
C axis (Rotating axis)speed rpm 25
Spindle nose to the working table mm 150 - 610
Dongguan Jide Precision Machinery Technology Co., Ltd. is one of the most credible manufacturers and suppliers of new 5 axis machining centers in China. If you're going to wholesale high quality new 5 axis machining centers made in China, welcome to get quotation and free sample from our factory. All customized products are with high quality and competitive price.
The main difference between a New 5 axis machining centers and a 3+2-axis machine is that a 5-axis machine has the ability to move in five different directions simultaneously, while a 3+2-axis machine can only move in three directions plus an additional two that are achieved through manipulating the workpiece position. Essentially, a 5-axis machine is specifically designed to provide greater flexibility and precision when creating complex parts or features that require more intricate positioning and movement. In contrast, a 3+2-axis machine is better suited for less complex workpieces that do not require the same level of complexity when it comes to positioning and movement. Overall, the main advantages of a 5-axis machine are its enhanced precision and flexibility, while a 3+2-axis machine is more suited to simpler jobs.
Machine parameter
|
Specifications Model |
VMC650 |
|
|
X axis travel |
mm |
620 |
|
Y axis travel |
mm |
520 |
|
Z axis travel |
mm |
460 |
|
Working table |
mm |
Φ650 |
|
B axis (Swing axis) |
deg. |
-110º~+110º |
|
C axis (Rotating axis) |
deg. |
360º |
|
B axis (Swing axis)speed |
rpm |
25 |
|
C axis (Rotating axis)speed |
rpm |
25 |
|
Spindle nose to the working table |
mm |
150 - 610 |
|
Working table max load |
kg |
500(horizontal),300(vertical) |
|
Spindle speed |
rpm |
12000 |
|
Spindle taper |
|
ISO 40 |
|
Rapid feedrate (X/Y/Z) |
m/min |
42/ 42 / 42 |
|
BT |
|
ISO 40 |
The precision of a New 5 axis machining centers is determined by several key factors. Firstly, the accuracy and stability of the machine's mechanical components, such as its linear guides and bearings, are critical to ensuring precise positioning and movement of the tool. Secondly, the performance of the servo motors and drives that control the machine's axes can greatly impact its overall accuracy and repeatability. Thirdly, the quality of the CNC control system and software used to program and execute machining operations plays a crucial role in achieving precise results. Finally, the proper selection and use of cutting tools, such as end mills and drills, can greatly affect the accuracy and surface finish of the machined parts. Overall, a combination of these factors must be carefully considered and optimized in order to achieve the highest levels of precision and performance from a 5-axis machine.
The distinguishing feature of a true 5-axis machine is its ability to move the cutting tool in five different axes at once, enabling unparalleled precision and flexibility in machining complex parts with intricate geometries. This is achieved through a complex kinematic structure that allows the machine to tilt and rotate the workpiece as the cutting tool moves along its designated path. The machine typically consists of a stationary base, a movable trunnion table, and a spindle head that can rotate about two perpendicular axes, as well as tilt up and down along a third axis. In addition to these movements, the cutting tool itself can also be oriented in two additional axes, allowing it to approach the workpiece from any angle and achieve the most efficient and accurate machining results possible. Overall, the 5-axis machine is a highly versatile and technically advanced piece of equipment that is essential for modern manufacturing and engineering applications.
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