Product Description
Since the day of our arrival in the market, we have been continuously proving the quality and efficiency of our systems and machines. Q Switched Fiber Laser Marking System is one of our supreme and easily operational systems available at market leading prices. This marking system is generally used to mark different materials such as metals, plastics, rubbers, ceramics etc., using a laser beam, at a surface level. Our esteemed clients can avail our efficient marking system as its beam can be employed in different ways which helps them to achieve their variable desired requirements. Our system has gone through multiple quality checks and emerges as a quality proven fiber laser marking system.
Features of Q Switched Fiber Laser Marking System:
1) It is flexible in nature which offers the control, speed and quality.
2) It is applicative for surface marking.
3) Like hallmarking machine, this laser marking system also follows the non-contact process.
4) It is a time saving and cost efficient system.
5) It helps to define the depth of material for engraving.
Technical Details:
| Average Output Power | 20W 30W 50W |
| Laser Type | Fiber laser |
| Linear Speed | 10,000 mm/Sec |
| Marking Area | 100 X 100 mm (Optional) |
| Wavelength | 1064 nm |
| Beam Deflection | Digital High Speed Galvanometer |
| Min Character Height | 0.2 mm |
| Marking Depth | 0.04 mm (Depend's upon material) |
| Power Supply | AC 220V 50KHz |
| Cooling method | Air Cooled (Temp : 24 C to 27 C) (Recommended) |
| Power Consu. | 0.5kW/hr |
| Total Weight | 160 kg |
| Dimensions | 1500 x 650 x 650 mm |
| Protective Cover | Optional |
High Precision Fiber Laser TechnologyThis Q Switched Fiber Laser Marking System delivers outstanding accuracy with precision levels better than 0.01 mm. The technology ensures clean, crisp, and permanent markings on metals and other materials, enhancing product quality and traceability in demanding environments.
Efficient and Compact DesignMeasuring only 1500*650*650 mm, this machine fits comfortably into various production spaces without compromising performance. Its air cooling mechanism reduces maintenance requirements and makes installation straightforward, helping users integrate it seamlessly into their workflow.
Comprehensive Warranty and Local SupportWith a robust 2-year warranty, this system guarantees dependable performance. Manufactured and supported by experienced providers in India, users benefit from local expertise, quick service response, and readily available technical support.
FAQ's of Q Switched Fiber Laser Marking System:
Q: How does the Q Switched Fiber Laser Marking System operate?
A: The system operates by emitting a precise fiber laser beam to mark or engrave materials with exceptional accuracy, guided by advanced software controls for detailed and repeatable designs.
Q: What materials can be marked with this fiber laser system?
A: This machine is suitable for marking a wide range of metals and certain non-metallic materials, making it versatile for industries such as electronics, automobile, jewelry, and tools.
Q: When is the best scenario to use a Q Switched Fiber Laser Marking System?
A: The system is most beneficial when high-speed, durable, and highly precise markings are required, such as in manufacturing settings where product identification, barcoding, or decorative marking are necessary.
Q: Where is this Q Switched Fiber Laser Marking System manufactured and supported?
A: The machine is manufactured, serviced, and supplied by a reputable company based in India, ensuring accessible support and local expertise.
Q: What is the installation process and after-sales support like?
A: Installation is straightforward due to its compact size and air cooling mechanism. The supplier provides training, technical assistance, and comprehensive after-sales service as part of their offering, ensuring seamless integration and long-term functionality.
Q: What are the primary benefits of using this marking system over traditional marking methods?
A: Compared to conventional marking, the fiber laser system offers faster processing, superior precision, minimal maintenance, and permanent, wear-resistant results, significantly improving both productivity and quality.