Brief: This video frames the solution within typical operational contexts for clearer understanding. Watch as we demonstrate the 5-Axis Laser Marking Machine performing high-precision VIN code marking on automotive steel parts. You'll see how its advanced five-axis linkage system enables 360° omnidirectional marking on complex surfaces like turbine blades and hot-formed steel components, eliminating blind spots found in traditional equipment.
Related Product Features:
Features 5-axis linkage (X/Y/Z linear + A/C rotation) for 360° omnidirectional marking on complex surfaces.
Provides high-precision marking with focusing spot diameter ≤ 20μm and repetitive positioning accuracy ±0.01mm.
Offers multiple marking area options: 110mm x 110mm, 200mm x 200mm, or 300mm x 300mm.
Supports various file formats including PLT, DXF, AI, BMP, and JPG for flexible design integration.
Includes intelligent CCD camera visual positioning system with ±0.05mm accuracy for precise marking.
Features automatic laser focus tracking with Z-axis real-time focusing for consistent marking quality.
Capable of marking depths from 0.01mm to 0.2mm with speeds up to 7000mm/s for efficient production.
Adapts to various materials including metal, plastic, and glass ceramic with appropriate laser parameters.
FAQs:
What types of surfaces can this 5-axis laser marking machine handle?
The machine handles complex surfaces including curved automotive parts, turbine blades, and irregular molds through its 5-axis linkage system that enables 360° omnidirectional marking, eliminating blind spots found in traditional three-axis equipment.
How precise is the marking capability of this machine?
The machine offers exceptional precision with a focusing spot diameter ≤ 20μm (about 1/4 of human hair thickness), repetitive positioning accuracy of ±0.01mm, and supports micro engraving with 0.05mm line width for applications requiring medical device-level precision.
What integration features support automated production lines?
The machine includes CCD camera visual positioning with ±0.05mm accuracy, dynamic compensation for fixture errors, automatic laser focus tracking with Z-axis real-time focusing, and handles workpiece heights from 50-300mm without manual calibration, making it ideal for intelligent production integration.
What materials and applications is this machine suitable for?
It's designed for automotive VIN codes on hot-formed steel, aircraft engine blade serial numbers on high-hardness alloys, and can mark various materials including metal (using 1064nm fiber laser), plastic (with UV laser), and glass ceramic (using CO₂ laser) with appropriate parameter settings.