Overview:
- Using our Enhanced Performance Color Laser Marking Machine, clients can create decorative color laser marking on stainless steel, steel, and titanium.
- Color Laser Marking allows you to change the color of your products. Metals such as steel, stainless steel, titanium, and chrome are suitable for this process. The laser will alter the surface layer of metals, resulting in distinct colors. Variations in laser frequencies, power, speed, focal distance, and other factors produce these colors.
Color marking on metals:
- This type of marking changes the surface layer of the original material, resulting in distinct colors on the piece. Untreated, or raw, metal surfaces can be marked with a wide variety of colors, with the colors produced by differences in laser frequencies, power, speed, focal distance, and other factors.
- Applicable materials for color marking include: Steel Stainless, Steel, Titanium, Chrome
Specifications
- SIL Color Laser Marking Machine allows you to broaden your capabilities and offer more versatility in your product offerings, as well as more appealing features to your customers.
- Significant improvement in the quality of the mark due to the stability and controllability of the laser source
- Beam intensity and spot size enable the use of small mark widths.
- Output power stability over time enables complex mark patterns without power fluctuations—no weld defects.
- High power density allows large marking areas to be processed rapidly.
- Maintenance free (no replaceable parts).
- 3-Dimensional marking can be easily achieved.
- High repetition rate is achievable.
- Low frequency (<20 kHz): control of heat input; processing of thermally sensitive plastic can be controlled (increase in heat might cause the plastic to melt).
- Low M2—the depth of field is high.
- Integrated Cooling Solutions
- Enhanced Optical Tolerances enable plug and play
- High Reliability/Stability: 1 Year Standard Warranty
- Enhanced interfaces can be used in combination
- For greater flexibility and advanced pulse control.
- Extended Hardware Control I/O
- Serial Control via RS-232 and Ethernet
- Both the first and last pulses are equally useful.
- Bitmap marking compatible
- Status Monitoring and Safe Shutdown High-speed marking (MHz repetition rate)