FAQ's of Laser Marking Machines for Electrical applications:
Q: How does the laser marking process work on electrical components?
A: The machine uses a focused 1064 nm fiber laser beam to create permanent marks on surfaces like connectors, switches, and PCBs by precisely altering the material's properties without contact or consumables.
Q: What types of files can I use with this laser marking machine?
A: You can utilize common vector and bitmap formats including AI, PLT, DXF, BMP, JPEG, and DWG, allowing easy import of designs, identification codes, and logos.
Q: Where are these laser marking machines suitable for use?
A: They are ideal for manufacturing sites, assembly lines, electronics testing labs, and any facility requiring high-precision marking on various electrical and electronic materials.
Q: When can I expect delivery, and is a sample unit available before bulk orders?
A: Thanks to our robust logistics network and transportation system, machines are dispatched promptly. We offer sample units upon request to help you evaluate performance prior to bulk procurement.
Q: What are the benefits of fully automated operation?
A: Automation enhances consistency, ensures rapid processing at up to 8000 mm/s, and minimizes operator intervention, thereby increasing throughput and reducing error rates in marking electrical components.
Q: How accurate and detailed can the markings be?
A: With a minimum line width of just 0.01 mm and accuracy of 0.01 mm, the machine achieves fine, consisent details-crucial for high-density PCB and tiny connector markings.