5 Axis CNC Machining Center to Process Car Light Transparent Parts Optical Parts

• Customization: Available
• Process Usage: CNC Non-Conventional Machine Tools
• Movement Method: Contour Control
• Numerical Control: CNC/MNC
• Processing Precision: 0.01~0.02(mm)
• Performance Classification: High-End CNC Machine Tools
• Certification: GS, CE, RoHS, ISO 9001
• Condition: New
• X Axis Effective Stroke: 1900mm
• Y Axis Effective Stroke: 3000mm
• Z Axis Effective Stroke: 800mm
• B-Axis Rotation Angle: +/- 130 Degree
• C-Axis Rotation Angle: +/- 540 Degree
• X/Y Axis Maximum Speed: 50m/Min
• Z Axis Maximum Speed: 20m/Min
• Repeat Accuracy: +/-0.05mm
• Voltage: 380V
• Total Power: 9.9-29.1kw
• Spindle Power: 3-20kw (Customizable)
• Frequency: 50Hz
• Weight: 19.5t
• Application & Function: Thick Plastic & Composite Materials Processing
• OEM: Machine Can Be Customized as Required
• Transport Package: Export Safety Packing (Customized Packing)
• Specification: L5100*W2610*H3982mm
• Trademark: RBT
• Origin: Quanzhou, China
• HS Code: 84659990
• Production Capacity: 200set/Month

Product Description

Machine Description:

5 Axis Cnc Machining Center To Process Car Light Transparent Parts Optical Parts

Five-axis CNC machining center plays an important role in the field of mold manufacturing and model making with its high precision and high efficiency. The maintenance and precision milling capabilities of this machine are key factors in ensuring its performance and extending its service life.

First of all, the rapid automatic tool change technology is an important feature to improve the efficiency of the five-axis machining center. This technology can complete the tool exchange in the shortest possible time, including the setting of tool changer, tool changer method, executive mechanism and adapt to the structural characteristics of high-speed machine. The design and placement of the tool store has a significant impact on tool change speed, while components such as the tool arm, tool holder and tool sensor work together to ensure accurate tool gripping and release.

Accuracy retention is another important index to measure the performance of CNC machine tools. We study the mechanism that affects the accuracy retention of machine tools, and put forward the technology to improve the accuracy retention. The accuracy of domestic CNC machine tools is not much different from that of imported machine tools when they leave the factory, but the accuracy decreases faster after use, mainly because of abnormal wear.

In order to maintain the machining accuracy, it is necessary to calibrate the machine regularly. This includes checking parameters such as axis error, repeated positioning accuracy, straightness, parallelism and roundness, and making timely adjustments. In addition, the maintenance of electrical components can not be ignored, including regular inspection and cleaning of boards, drives and motors.

In terms of maintenance, the five-axis machining center needs to be cleaned and lubricated regularly. When cleaning, pay special attention to the cutter table and cutting area to avoid the accumulation of dust and oil. At the same time, the sliding parts need to be regularly lubricated to ensure smooth movement.

Finally, the design stage has a decisive impact on the accuracy and stability of CNC machine. The construction of the dynamic model is an important part of the design process, which helps to predict the performance of the machine, optimize the control parameters and improve the machining effect. Through optimized design, the accuracy and stability of the machine tool can be improved at the source, thus reducing the difficulty and cost of later maintenance.

In summary, the low maintenance and precise milling capabilities are the result of fast automatic tool changing technology, research on accuracy retention, regular maintenance and precise design. Through these measures, it is possible to ensure the efficient and stable operation of the machine tool in mold manufacturing and model making

Machine Parameter

Content	Parameter	Content	Parameter
Name	Non-metal Truss Type 5 axis CNC Carving Trimming Machine	Brand	RBT
Model	RB-F5-3323-Z10	Voltage	380V
X/Y/Z Travel	3300*2300*1000mm	Power	25.35 KW
C/B Axis Travel	+/- 540° / +/- 120°	Spindle power	17KW
Control system	Taiwan SYNTEC	Weight	19500KG
Origin	Guangdong/Fujian	Warranty	1 Year

Machine Details  
1 The system adopts the SYNEC five-axis linkage CNC system, which can complete the production and processing of the entire complex surface of the workpiece in one process;
2.  Single worktable and the protective room structure meet the safety protection and debris prevention during production;  The floor drain dust collection device cooperates with the high-performance dust collector to collect external processing debris;
3.  The work is easy to clamp and no special fixture is needed;
4.  C, B-axis rotary processing can reduce the processing dead angle of complex workpieces;
5.  High processing precision, efficient and accurate positioning;
6.  The equipment combines power, speed and precision, and can be equipped with multiple functions such as dust collection, automatic tool change and RTCP;
7.  The actual configuration of the equipment is subject to the technical data.  The machine travel can be customized according to the needs of customers.





   
Five-axis CNC machine tool is of high-tech and high-precision, which is mainly used for machining complex surfaces. Its core feature is that it integrates at least five coordinate axes on a machine tool, including three linear coordinates and two rotational coordinates. These axes can be moved simultaneously and in coordination for machining under the precise control of a computer numerical control (CNC) system. This coordination ability greatly improves the machining accuracy and efficiency , making the five-axis linkage CNC machine play a pivotal role in the fields of aviation, aerospace, scientific research, precision instruments and high-precision medical equipment.   

Application Cases: 





All of our five-axis CNC machines undergo serious testing and quality control before shipping. We use laser interferometers to ensure accuracy, ensuring that each machine meets the highest accuracy and performance standards. This meticulous process ensures that our customers receive reliable equipment capable of delivering complex and meticulous work.



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