US$40,000.00-70,000.00
|
1 Piece
(MOQ)
|
Basic Info.
Application
Composite Material, Carbon Fiber, Glass Fiber
Process Usage
Metal-Cutting CNC Machine Tools, CNC Non-Conventional Machine Tools, Metal-Forming CNC Machine Tools
Movement Method
Contour Control
Control Method
Semi-Closed Loop 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
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
35m/Min
Z Axis Maximum Speed
20m/Min
Repeat Accuracy
+/-0.05mm
Spindle Power
3-20kw (Customizable)
Transport Package
Export Safety Packing (Customized Packing)
Specification
L5100*W2610*H3982mm
Production Capacity
200set/Month
Product Description
Fully Enclosed High-speed Five Axis Cnc Machine For Carbon Fiber Parts
Processing material:
Suitable for carbon fiber, glass fiber, PMI, PET, EPS foam, armixed honeycomb, wood, plastic and other composite material products cutting and punching.
Application:
Widely used in aerospace, wind power generation, rail transit, new energy vehicles, medical equipment and other fields.
No. | items | parameter | No. | items | parameter |
1 | product name | FIVE-AXIS CNC MACHINE CENTER | 9 | Z axis maximum speed | 20m/min |
2 | model | RB-F5-1930-Z08 | 10 | Repeat accuracy (within 300mm) | ±0.05mm |
3 | X axis effective stroke | 1900mm | 11 | voltage | 380V |
4 | Y axis effective stroke | 3000mm | 12 | total power | 14.5KW |
5 | Z axis effective stroke | 800mm | 13 | spindle power | 5.5KW(customizable) |
6 | B-axis rotation angle | ±130° | 14 | Frequency | 50HZ |
7 | C-axis rotation angle | ±540° | 15 | weight | 3.5T |
8 | X/Y axis maximum speed | 35m/min | 16 | size | L5100*W2610*H3982mm |
Complex Geometries: The ability to machine in five axes allows for the creation of parts with complex geometries that would be impossible or very difficult to achieve with traditional 3-axis machines.
Reduced Setup Times: With 5-axis machining, multiple sides and angles of a part can be machined in a single setup, reducing the time needed for repositioning and clamping the part, thus increasing efficiency.
Improved Surface Finish: The advanced control systems of 5-axis machines allow for smoother and more precise tool paths, leading to better surface finishes.
Enhanced Tool Utilization: The 5-axis capability enables the use of shorter, more rigid tools, which can improve the accuracy of the cut and reduce the chance of tool deflection.
Automation: Features like automatic tool changing systems reduce downtime and increase the overall productivity of the machining process.
Customization: The flexibility of 5-axis machining allows manufacturers to produce one-off parts or small batches with the same precision and efficiency as mass-produced items.
Material Efficiency: By allowing for more efficient tool paths, 5-axis machining can reduce the amount of material removed, which can save on material costs.
Quality Control: The precision of 5-axis machines makes them ideal for industries where high standards of quality control are required, such as aerospace and medical equipment manufacturing.
Innovative Design: Designers can push the boundaries of part design, knowing that 5-axis machines can bring their complex designs to life.
5-axis CNC machines are a testament to the progress in manufacturing technology, offering solutions that were not possible just a few decades ago. Their role in the industry is only set to expand as technology continues to advance.
What can a 5-axis CNC machine make?
A 5-axis CNC machine is a versatile powerhouse for manufacturing complex, high-precision components across industries, leveraging its rotary axes (A/B/C) and linear axes (X/Y/Z) to achieve unmatched geometric flexibility: 1. Aerospace & Defense Turbine Blades: Precision-machined with curved surfaces and cooling channels using 5-axis milling. Composite Tooling: Molds for carbon fiber structures, ensuring tight tolerances via CAM programming. Wing Spars: Lightweight, high-strength parts requiring simultaneous 5-axis motion. 2. Medical Devices With their multi-axis linkage and high-precision milling capabilities, five-axis CNC machines are widely used in the medical industry to process non-metallic materials (such as PEEK, ceramics, carbon fibers, etc.) to meet complex structural and biocompatibility needs 3. Automotive & Motorsports Engine Components: Cylinder heads, intake manifolds, and turbocharger parts optimized for performance. Rapid Prototyping: One-off custom parts for concept cars or racing applications. Molds: Injection molds for interior/exterior trim and stamping dies for body panels. 4. Die & Mold Making Complex Cavities: Undercuts and steep angles in plastic injection molds for electronics or automotive. Die Casting Tools: High-temperature-resistant molds for aluminum/zinc alloys. EDM Electrodes: Precisely shaped using 5-axis milling for secondary EDM processes. 5. Energy & Power Impellers & Turbines: Flow-optimized blades for hydraulic pumps and generators. Heat Exchangers: Micro-channel designs for thermal management in electric vehicles. 6. Advanced Manufacturing Aerospace Components: Composite structural parts: fuselage, wing and other parts Hybrid Manufacturing: Combining CNC machining with additive processes for tooling inserts. Why 5-Axis Machines Dominate Single-Setup Machining: Reduces repositioning errors and G-code/M-code complexity. Optimal Tool Engagement: Uses ball nose end mills to maintain cutting efficiency on freeform surfaces. Servo Motor Precision: Ensures smooth motion on rotary tables for aerospace-grade tolerances. By integrating 5-axis CNC machining centers, industries like aerospace, medical, and automotive achieve cost-effective production of high-value components while minimizing material waste. Whether for prototyping or mass production, these machines deliver unrivaled accuracy and design freedom.
#Five-axis CNC machine, 5-axis machining center, rotary axes, CAM programming, G-code, medical implants, aerospace components, die and mold making, precision milling, servo motors, ball screws, composite tooling, rapid prototyping, turbine blades, injection molds#
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