How can a handheld Laser Marking Machine solve the problem of secondary positioning on the production line?
In the field of mechanical manufacturing, precision parts often need to be processed on a Machining Center and then transferred to a dedicated workshop for marking. This secondary positioning process leads to a labor loss rate of up to 18%. Guosheng Intelligent's handheld fiber laser marking machine, through a full-scenario mobile marking solution, has completely solved the problem of immediate marking in complex workstations such as Turning Lathe-cutting surfaces and Radial Drilling Machine-drilling positions.
Technical Breakthrough
Intelligent compensation system: ±0.02mm dynamic calibration accuracy, suitable for surface marking on surfaces with an inclination range of -20° to 120°
Composite cooling structure: Air cooling + semiconductor temperature control extends continuous operation time to 12 hours
Operation Specifications
• Recommended power parameters for aluminum marking: 30W / 800mm/s
• Focus lens assembly needs to be cleaned with anhydrous ethanol every 200 hours
The actual measurement results of the Mitsubishi Heavy Industries steam turbine blade production line show that this equipment can directly mark on the curved surface of high-temperature alloys, which is 7 times more efficient than the traditional electrolytic etching process. The consistency of character depth reaches ±5 μm. This innovative solution, which seamlessly integrates precise marking with production line equipment (machining center/turning lathe/radial drilling machine), is reshaping the value chain of the intelligent manufacturing process.