Add Date: 2024/12/19 Views: 1
Five-axis CNC technology equips manufacturers with the capability to produce more complex parts and components. This technology enables the development of higher-performance and more competitive products, offering greater freedom for innovative designs.
In fields such as aerospace and medical devices, the demand for manufacturing complex parts is increasing, and five-axis CNC technology meets this demand, driving innovation in these sectors.
The core of five-axis CNC technology lies in its ability to achieve linked control of five independent axes. These axes typically include three linear axes (X, Y, Z) and two rotational axes (A, B, or C). The X, Y, and Z axes represent the front-back, left-right, and up-down movements of the workpiece, respectively, while the rotational axes allow the workpiece to rotate in different directions.
Five-axis CNC machine tools can more accurately control the tool orientation, ensuring optimal contact angles between the tool and the workpiece, reducing vibration and stress concentration during processing, and thereby improving processing accuracy. These machines can complete multiple surface processing operations with a single setup, reducing setup times and errors while significantly shortening processing times and enhancing production efficiency.
XENDOLL Small Five-axis CNC Machining Center VMC400-5
The machine can automatically and continuously complete multiple processing steps on various planes, achieving efficient and high-quality processing. It can automatically and continuously perform high-speed milling, boring, drilling, reaming, and other processing steps on multiple planes after a single setup, allowing for the machining of parts with complex curved surfaces such as impellers and blades.
Operating at 380 volts, it occupies a small footprint and consumes less power. Combining transparent acrylic with sheet metal enhances viewing safety while ensuring the structural stability and full enclosure of the machine. It features a 12-station cap-style tool magazine and operates with a pneumatic pressure of 0.6 MPa.
With five-axis simultaneous control and equipped with a KND industrial-grade CNC system, it supports internationally standard programs, automatic fault detection and alarm functions, and power-off memory function. It also supports tool tip following function (RTCP).
Technical Parameters:
Tool Clamping |
2-13mm |
Worktable |
840mm*200mm |
X-axis Travel |
400mm |
Y-axis Travel |
210mm |
Z-axis Travel |
300mm |
B-axis Travel |
0-100° |
C-axis Travel |
360° |
Spindle Speed |
300-24000rpm |
Spindle Motor Power |
1.5KW |
Rapid Traverse Speed |
10000mm/min |
Tool Magazine Capacity |
12-station cap-style tool magazine |
Automatic Tool Changer Type |
Pneumatic tool change |
Five-axis Worktable Parameters |
Center height: 160mm; Worktable size: φ110 (optional 80~120); |
Electronic Handwheel |
5-axis three-speed electronic handwheel |
Power Supply |
AC380V/50Hz |
Overall Dimensions |
1460*980*1900 |
Weight |
670KG |
Five-axis CNC technology equips manufacturers with the capability to produce more complex parts and components. This technology enables the development of higher-performance and more competitive products, offering greater freedom for innovative designs.
Efficient five-axis CNC machine tools can precisely control the cutting process, thereby reducing waste material generation. This helps to minimize resource wastage and enhance sustainability. In manufacturing, resource conservation and environmental protection have become important issues, and five-axis CNC technology plays a positive role in this regard.
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Keyword:# Small machining center, # Desktop machining center, # Small five axis machining center, # Desktop teaching machining center, # Pilot five axis linkage machining center
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