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Frequently Asked Questions
What wavelength does the Datalogic VLASE UV 3 laser marker operate at?
The Datalogic VLASE UV 3 operates at 355 nm (ultraviolet) wavelength using Third Harmonic Generation (THG) technology. This UV emission is ideal for precision marking applications in automotive and electronics industries where cold marking on difficult-to-engrave materials is required.
What is the average output power of the VLASE UV 3 laser marking system?
The VLASE UV 3 delivers 3W average output power, making it suitable for high-stability marking tasks including coating removal and paint stripping applications. The high peak power combined with this output level enables effective cold marking without thermal damage to sensitive materials.
Does the Datalogic VLASE UV 3 come with a fiber delivery cable?
Yes, the VLASE UV 3 is available with a detachable 3-meter fiber delivery cable that provides flexibility in system setup and application. This modular design allows for convenient installation and repositioning in your marking workflow.
What type of laser technology does the VLASE UV 3 use?
The VLASE UV 3 is a Diode Pumped Solid State (DPSS) laser marker featuring high peak power and low lifetime characteristics. This advanced laser technology enables precise, high-quality marking across a wide range of materials used in automotive and electronics manufacturing.
What marking area options are available for the VLASE UV 3?
The VLASE UV 3 comes with various f-theta lenses that provide different resolution and marking area configurations to match your specific application requirements. Contact us today to discuss which lens option best fits your marking area and resolution needs.
What materials can the Datalogic VLASE UV 3 mark effectively?
The VLASE UV 3 excels at marking difficult-to-engrave materials and performing cold marking applications where thermal damage must be avoided. Its UV 355 nm wavelength makes it particularly effective for coating removal, paint stripping, and precision marking on high-stability materials in automotive and electronics applications. Visit barcodesinc.com to learn more about material compatibility for your specific use case.