Five-Axis CNC Cutting Machine（Ultrasonic Cutting Machine）
This Ultrasonic Cutting Machine deeply integrates high-frequency ultrasonic vibration with multi-axis (5-axis/6-axis) CNC control, enabling high-precision contour cutting of complex 3D surfaces such as automotive headliners and dashboards. The cutting accuracy can reach 0.1 mm, effectively solving common issues such as delamination and edge chipping when cutting composite materials like carbon fiber and honeycomb panels.
Application
This machine is widely applied in high-end manufacturing industries requiring precision machining of complex geometries:
(1) Aerospace Industry
Used for manufacturing high-precision and complex components such as turbine blades, engine parts, and structural elements (e.g., wing beams and frames). Suitable for processing titanium alloys, high-temperature alloys, and composite materials.
(2) Automotive Interior Manufacturing
Applied to cutting automotive interior components such as headliners, carpets, dashboards, and acoustic insulation materials. Ensures clean edges without burning, odor, deformation, or delamination.
(3) Composite Material Processing
Efficiently processes PET, fiberglass, carbon fiber, and honeycomb composite panels, maintaining structural integrity and surface quality.
(4) General Industrial Applications
Supports cutting, drilling, hollowing, bevel cutting, and complex contour machining for irregular-shaped workpieces.
Parameters
| Item | Configuration | Specification |
|---|---|---|
| (1) Five-Axis Control System | SYNTEC (Taiwan) Five-Axis CNC System | Five-axis simultaneous linkage |
| (2) Handwheel | — | Manual pulse generator (MPG) |
| (3) Machine Structure | Welded steel frame (12 mm steel + 10 mm reinforced gantry) | Heavy-duty structure, moving table design, net weight approx. 3000 kg |
| (4) Travel Range | — | X: 2400 mm / Y: 1600 mm / Z: 800 mm |
| (5) Servo Motor | SYNTEC | Bus absolute servo motor |
| (6) Drive System | SYNTEC | Bus absolute drive |
| (7) Spindle | Air-cooled spindle | 7.5 kW, constant power |
| (8) Five-Axis Head | Linkage type five-axis head | five-axis machining head |
| (9) Inverter | Delta | 9 kW |
| (10) Linear Guide | Taiwan imported guide rails and ball screws | Integral flange-type slider |
| (11) Ball Screw | TBI | Model 3210 |
| (12) Ball Nut | TBI | Matched precision nut |
| (13) Automatic Tool Change | Automatic tool changer | Dual tool head switching |
Accessories
1. Linear Guide Rails and Ball Screws
2. Five-Axis Linkage Control System
3. Five-Axis Linkage Control System
4. Imported Motion Control Servo Motor
5. Flatness Inspection of Engraving Machine
6. Slide Table Installation Accuracy Inspection
Features
Five-axis CNC system with programming-free operation
Simplifies complex 5-axis machining processes. Users can directly import files for processing without manual programming.
Ultrasonic + milling hybrid cutting technology
Ensures cold cutting of composite materials with no thermal damage, improving product yield up to 99%.
High-efficiency 3D surface machining
Enables one-time forming of complex curved surfaces, improving productivity and consistency.
User-friendly operation
The intelligent control system allows even non-expert operators to handle advanced equipment easily.
High precision, flexibility, and efficiency
Essential for aerospace applications, supporting cutting, drilling, trimming, and other processes.
The Five-Axis Linkage Cutting Machine represents a significant advancement in composite material processing, combining precision, efficiency, and ease of operation. It is an ideal solution for industries requiring high-quality machining of complex geometries.
FAQ
1. What is this product?
It is a multi-axis CNC cutting machine integrating ultrasonic and mechanical cutting technologies for high-precision machining.
2. What is this product used for?
It is used for cutting and machining complex 3D components made of composite and advanced materials.
3. What is the working principle of this product?
It combines ultrasonic vibration with multi-axis motion control to perform precise cold cutting and machining operations.
4. Why is this product important?
It improves machining accuracy, reduces defects, and enhances efficiency in processing advanced materials.
5. What industries is this product suitable for?
It is suitable for aerospace, automotive manufacturing, composite material processing, and advanced industrial production.
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