Metal Laser Marking Machine 230 V 1064 nm About
Product details
| Power Consumption | 1kw |
| Material | Metal |
| Cooling Technique | Air Cooled |
| Laser Wave Length | 1064 nm |
| Automation Grade | Manual |
| Frequency | 50 Hz |
| Voltage | 230 V |
| Marking Speed Capacity | 000 mm/sec |
| Laser Type | Fiber Laser |
Advanced Laser TechnologyUtilizing CO2 laser technology at 1064 nm, this laser marking machine delivers crisp, permanent marks on various metals. With its CNC-driven operation, users achieve unparalleled precision and repeatability, essential for industrial standards.
Efficient Cooling and OperationThe air cooling mode ensures the machine operates efficiently while minimizing downtime. Its 230-volt power requirement is compatible with standard industrial electrical infrastructures, making it easy to install and maintain in manufacturing environments.
FAQ's of Metal Laser Marking Machine 230 V 1064 nm:
Q: How does the Metal Laser Marking Machine perform marking operations?
A: This machine uses a CO2 laser operating at 1064 nm to engrave or mark metals with high precision, directed by CNC controls. The laser beam permanently alters the surface, creating detailed and durable marks ideal for industrial labeling and traceability.
Q: What materials can be marked using this machine?
A: The machine is optimized for marking metal surfaces but can also be used on certain non-metallic industrial materials, offering versatility for manufacturers. For best results, consult the manufacturer for specific material compatibility.
Q: When is it best to use this laser marking machine?
A: The machine is most effective in industrial settings requiring consistent, high-quality marking on metal parts. It's suitable for both batch and continuous production lines, ensuring efficiency during peak manufacturing periods.
Q: Where can the machine be installed and used?
A: Designed for industrial environments, the machine operates on a standard 230-volt supply and requires minimal floor space thanks to its standard size. It suits factories and workshops across India that adhere to industrial electrical standards.
Q: What is the process for operating and maintaining the machine?
A: Operation involves setting up the required parameters on the CNC interface, placing the workpiece, and initiating the marking program. Routine maintenance includes cleaning the lens, ensuring proper air flow for cooling, and periodic checks for software or hardware updates.
Q: How does air cooling benefit the laser marking machine?
A: Air cooling provides a simple, maintenance-friendly solution to temperature control, reducing the risk of overheating while eliminating the need for complex water-cooling systems. This enhances reliability and reduces downtime.
Q: What are the main benefits of using this laser marking machine?
A: Key benefits include precise, permanent markings, low running costs, minimal maintenance requirements, and compatibility with standard industrial power supplies. The included warranty adds an extra layer of security for users.