Product Features
intelligent manufacture upgrade perfect for 3D abnormal-shaped surface cutting
High reliability
24h non-stop production in many automobile manufacturers and mold industry, highly recommended by the national.
High speed cutting
C/A-axis rotating speed up to 120r/min, W-axis follow-up speed up to 40m/min.
High precision
Adopt reliable structure, direct drive with high precision and good characters, C/A-axis rotating repeated precision: ≤0.005¬.
Control system
Match with Siemens, Fanuc and other systems to realize five-axis coordinated motion function.
Optical control
Excellent optical structure design, five-axis coordinated motion, focusing change value≤0.05mm
Flexible switching
Adopt 360¬side anti-collision protection design and flexible W-axis to achieve 3D cutting processing.
| Max. Laser power |
≤ 4kW |
Collimation focal length |
100mm |
Focusing focal length |
150mm |
| Horizontal adjustment range |
±1.5mm |
Vertical focus range |
±6.5mm |
Effective clear aperture |
φ35mm |
| Path |
C axis:N*360° A axis:±135° W axis:±12.5mm |
Fiber interface |
QBH, Q+, QD |
| Weight |
≤45kg |
Ceramic part |
φ15.2-M6*0.75 |
Cutting nozzle |
S1.6/S2.0/S2.5 |
3D five - axis laser cutting is a sharp tool for forming and processing 3D irregular curved parts. Especially in the automobile industry, hot stamping ultra-high strength steel plate has been widely used.
The traditional direct stamping processing requires the development of the complex molds. During the processing, the loss of molds is large, so it needs to be regularly repaired or replaced, which has low efficiency and high cost. What's more, traditional stamping is almost impossible to process the automobile hot-forming parts, which the yield strength of high-strength steel can reach 1500MPa.
The 3D five-axis laser cutting processing method can provide the minimum heat-affected zone and minimal local deformation. The non-contact processing method does not exert any force on the workpiece, so it has no mechanical deformation, no processing wear. And the cutting ability is not affected by the hardness of the material to be cut.
Five-axis machine tools (5 Axis Machining), as the name implies, means adding two rotating axes to three common straight axes, X, Y, and Z. Through A, B, C three axis of the two rotation axis combination to meet the processing needs of all kinds of products.
Three-axis machine tool features: the laser direction always remains the same in the process of processing, the beam is vertical to the working table, the machine tool can only achieve the two-dimensional plate cutting through the interpolation of X, Y, Z three linear axes.
Five-axis machine tool features: (1) with RTCP function, (2) to maintain the laser and workpiece surface vertical processing, (3) effectively avoid laser head interference, (4) one clamping to complete the processing of three-dimensional heterotypic parts
