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RB-F6-4831-Z10
RBT
Key Features
1. The steel-welded construction includes the ram, left and right columns, crossbeams, and a T-slotted worktable, while the main mechanical components are stress-relieved, offering enhanced vibration dampening and temperature stability.
2. The precision five-axis CNC system is known for its high accuracy, versatile operation, smart processing capabilities, and a collision-avoidance feature that safeguards against mechanical damage due to operational overreach.
3 .The five-axis head is crafted from durable cast iron, equipped with an imported, high-torque precision harmonic or RV reducer, and a high-torque spindle, all of which contribute to the precision and reliability of the machining process, significantly boosting efficiency.
4. The spindle features an HSK toolholding interface, providing secure tool gripping and maintaining high precision and stability. It is ideal for high-speed machining applications, effectively enhancing machining precision and surface finish, and substantially reducing cycle times.
5. The automated rotary tool magazine boasts eight tool stations, ensuring a stable and dependable tool change process.
6. The linear motion of the X, Y, and Z axes is driven by high-precision preloaded ball screws, making them well-suited for the precise and powerful cutting of components.
Technical Parameters
Product Name: Twin table 5-axis CNC Milling machine
Model: RB-F6-4831-Z10
X Axis Effective Travel: 4800mm
Y Axis Effective Travel: 3100mm
Z Axis Effective Travel: 1000mm
B-Axis Rotation Angle: ±130°
C-Axis Rotation Angle: ±540°
X/Y Axis Maximum Speed: 35m/min
Z Axis Maximum Speed: 20m/min
Repeat Accuracy (within 300mm): ±0.05mm
Voltage: 380V
Total Power: 14.5-33KW
Spindle Power (customizable): 5.5-22.3KW (or be customized)
Frequency: 50HZ
Weight: 8T
Size: L6000W6000H4000mm


How to use a 5 axis CNC Milling machine?
Load the machining program into the numerical control (NC) system of the 5 axis cnc milling machien, turn on the machine, and start the machining program. The NC system controls the movement of the cutting tool and the machining trajectory, performing various complex machining operations automatically according to the machining parameters. After the machining is completed, it is necessary to inspect and measure the machining results to ensure that the machining accuracy meets the requirements. Gantry machining centers are usually equipped with an automatic measurement system that can automatically detect the machining results and output an inspection report. If rework is needed for the same part, the previously written machining program can be directly called for batch processing.


