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Factory-Direct 10W 355nm UV Laser Marking Machine
Parameters
Model |
ZQ-YZP-S10 |
ZQ-YZP-E10 |
Laser Power |
10W |
10W |
Laser Wavelength |
355nm |
355nm |
Beam Quality |
＜1.3 |
＜1.3 |
Repetition Frequency |
20-80KHZ |
20-80KHZ |
Engraving Depth |
Depending on the material |
Depending on the material |
Marking Speed |
7000 |
15000 |
Minimum Line Width |
0.02mm |
0.02mm |
Marking Range |
110mmX110mm(optional) |
110mmX110mm(optional) |
Cooling Method |
Water cooling |
Water cooling |
Operating Temperature |
-10 ～ 35℃ |
-10 ～ 35℃ |
Operating Humidity |
≤80% |
≤80% |
Power Requirement |
220V/50HZ/10A |
220V/50HZ/10A |
Total Power Consumption |
1KW |
1KW |
Core Advantage: High-Power UV Cold Light for Precision & Non-Damage
Core Advantage: High-Power UV Cold Light for Precision & Non-Damage
The heart of this system is its 10W, 355nm UV laser. Unlike infrared lasers, UV light operates via "cold processing," where its high-energy photons directly break the material's molecular bonds rather than ablating them with heat. This minimizes the Heat-Affected Zone (HAZ), preventing deformation or carbonization when working with heat-sensitive items like polymers, thin-film coatings, and brittle glass. The higher 10W power, in turn, delivers greater engraving depth and faster marking speed, significantly boosting production efficiency while maintaining ultimate fineness. It is especially well-suited for precision applications requiring moderate depth or high-speed online coding.
Application Fields: Broad Coverage in High-End Precision Manufacturing
Its unique cold-processing capability makes it an indispensable tool across several high-end manufacturing sectors:
High-End Packaging Marking: For marking on packaging bottles made of polymers for pharmaceuticals and cosmetics, the result is fine, durable, and completely eliminates the need for easily-peeled, polluting ink codes, meeting stringent regulations like GMP.
Electronics & Semiconductor Processing: It is ideal for ultra-fine tasks such as marking flexible PCB boards, micro-hole and blind-hole processing on silicon wafers, and QR code engraving on LCD glass, achieving micron-level precision.
Diverse Material Handling: It can be widely used for marking on coated metal surfaces, plastic buttons, electronic components, communication equipment housings, glassware, and high-end building materials, showcasing exceptional adaptability.
System Reliability & Value Proposition
The machine's outstanding performance is guaranteed by a synergistic combination of high-quality imported optical field lenses and a precision digital galvanometer scanning system. This ensures uniform, sharp-edged marking results and enables high-speed, high-precision graphic output. The overall design is compact, stable, and reliable. By operating on a factory-direct model, we eliminate intermediaries, offering you a highly competitive price while ensuring direct and efficient technical support and after-sales service. We welcome you to provide your samples for testing to verify its perfect marking effect on your specific materials.
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