STYRL Laser
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Ytterbium fiber laser marking machine includes Q-switch pulse output laser beam. It is ideal for permanently marking and engraving raw metal applications as well as industrial polymers.
The improved beam quality coupled with 10x more focused beam diameter (compared to CO2) makes this machine ideal for applications that demand extreme precision.
Integrated BSL software functions like a printer, enabling jobs to be sent directly from your own graphics software, making high speed laser marking as easy as printing.
| No. | Item | Technical Parameters |
|---|---|---|
| 1 | Laser Wavelength | 1064nm |
| 2 | Actual output laser power | More than 20w 30w |
| 3 | Marking speed | less than 12000mm/s |
| 4 | Marking scope | 110*110mm or customized |
| 5 | Whole machine power rate | 200w |
| 6 | Package size | 540*280*340mm |
2.1. Permanent: Marks will not fade due to environmental factors like acid, high/low temperatures, or touch.
2.2. Anti-counterfeiting: Engraved marks are difficult to imitate or change, providing strong security.
2.3. Non-contact Processing: Uses a non-mechanical "light knife" that ensures no internal stress, no corrosion, and no tool wear.
2.4. Wide Applicability: Processes various metals (aluminum, copper, iron) and non-metals (hard plastic, black cover material).
2.5. High Precision: Minimum line width can reach 0.04mm. Ideal for printing large amounts of data or 2D barcodes on small parts.
2.6. Low Operating Cost & Efficiency: High speed marking process (up to 5-7 m/s) completed in seconds.
A. Metal Materials: Stainless steel, carbon steel, copper, aluminum alloy, etc.
Applications: Hardware tools, medical equipment, machine parts, kitchen appliances, bearings, valve accessories, etc.
B. Nonmetallic Materials: Synthetic materials, rubber, leather, hard plastic, black film, etc.
Applications: Capacitors, printed circuit boards, integrated circuits, keyboards, upvc profiles, etc.
5.1 Laser Source: MAX
5.2 Galvanometer Scanner: ZBTK
5.3 Marking Card: BSL
