With an arm reach of up to 3100mm, the system handles spheres, curved pipes, and automotive stamping parts with ease, replacing expensive 5-axis CNC machines. Equipped with professional 3D cutting software, it supports CAD/CAM data import for offline programming, drastically reducing setup time for batch productions.
Why Industrial Robots?
High Dynamic Accuracy: Maintain repeatability within ±0.02mm. The rigid arm structure minimizes vibrations, even at peak cutting speeds, ensuring flawless consistency in 24/7 operation.
Energy & Cost Efficiency: Fiber laser sources (1.5kW - 6kW) offer over 30% photoelectric conversion efficiency, significantly lowering electricity costs compared to legacy systems.
When a Robotic Arm Beats a Fixed-Axis Machine
Flat-axis CNC machines are efficient for flat and simple curved parts, but spherical components, curved pipe, and automotive stamping parts need a cutting head that can approach the material from angles a 3 or 5-axis gantry simply can't reach. The 6-axis arm's 3100mm reach covers this class of part without the fixture complexity a flat-axis machine would need to attempt the same geometry.
Live Operational Performance
Frequently Asked Questions
What kind of parts need a 6-axis robotic arm instead of a standard CNC laser?
Spherical components, curved pipe, and automotive stamping parts that need the cutting head to approach from angles a flat-axis gantry can't reach.
How does accuracy compare to a fixed-axis CNC laser?
±0.02mm repeatability, maintained through the rigid arm structure that minimizes vibration even at cutting speed.
What's the working envelope of the arm?
Up to 3100mm reach, sized for automotive and mid-size industrial parts rather than very large sheet work.
What laser power is used?
1.5kW to 6kW, depending on material and thickness requirements.
Does this replace a 5-axis CNC machine for complex parts?
For genuinely 3D, multi-angle geometry, yes -- it typically replaces the fixture complexity a 5-axis CNC machine would otherwise need to reach the same angles.
