End-Pumped Laser Marking Machine 6W-30W High-Precision Marking 1064nm Wavelength
An end-pumped laser marking machine is a laser marking device that utilizes end-pump technology to create permanent marks on material surfaces using high-energy-density laser beams. Its core component is the end-pumped laser, which offers high beam quality, stability, and long service life, making it suitable for high-precision, high-speed industrial marking applications.
Core Components:
- End-Pumped Laser: The laser source, consisting of a pump diode and a laser crystal (e.g., Nd:YVO₄).
- Galvanometer System: Controls the deflection path of the laser beam for fast and precise marking.
- Control System: Software-driven, supporting designs such as graphics, text, and barcodes.
- Cooling System: Water- or air-cooled to ensure stable long-term operation.
- Worktable: Adjustable focus to accommodate workpieces of different sizes and shapes.
End-Pumped laser marking machine of key technical parameters
| Parameter Category |
Typical Value/Range |
Description |
| Laser Wavelength |
1064nm (IR), 532nm (Green) |
IR for metals/plastics; green/UV for reflective materials (copper, silver). |
| Output Power |
10W-50W |
Higher power enables faster marking and processing of thicker/harder materials. |
| Marking Speed |
≤7000mm/s |
Determined by galvanometer speed, affecting production efficiency. |
| Repeatability Accuracy |
±0.01mm |
Critical for microelectronics and precision instruments. |
| Minimum Line Width |
0.01mm |
Beam quality determines marking fineness. |
| Pulse Frequency |
20kHz-100kHz |
High frequency for shallow marks; low frequency for deep engraving. |
| Cooling Method |
Water/Air Cooling |
High-power models require water cooling; low-power models may use air cooling. |
End-Pumped laser marking machine of working principle
1. Pumping Process:
The pump diode emits 808nm near-infrared light, which is coupled into the laser crystal (e.g., Nd:YVO₄) through the end face, exciting the crystal to generate 1064nm laser light.
2. Resonant Amplification:
The laser oscillates and amplifies within the resonator cavity, forming a high-energy-density pulsed or continuous laser beam.
3. Beam Control:
The galvanometer system deflects the laser beam according to the preset pattern, focusing it onto the material surface via an F-theta lens.
4. Material Interaction:
The laser energy causes surface vaporization, oxidation, or color changes, resulting in a permanent mark.
5. Technical Features:
- High efficiency of end-pumping, superior beam quality (M² close to 1), outperforming side-pumped and fiber lasers.
- Narrow pulse width (nanosecond level), suitable for fine marking.
End-Pumped laser marking machine of features and advantages
1. High Beam Quality: End-pump design minimizes thermal lensing, with low beam divergence, ideal for fine text, QR codes, and high-precision marks.
2. Long Service Life: Pump diode lifespan exceeds 20,000 hours, reducing maintenance costs.
3. Exceptional Stability: End-Pumped Laser Marking Machines' power fluctuation < 2%, suitable for continuous industrial production.
4. Wide Material Compatibility: End-Pumped Laser Marking Machines is applicable to metals (stainless steel, aluminum), plastics, ceramics, glass, etc.
5. Energy Efficiency & Eco-Friendliness: Electro-optical conversion efficiency > 30%, more efficient than traditional CO₂ lasers.
6. User-Friendly Operation: End-Pumped Laser Marking Machines supports AutoCAD, CorelDRAW, and integrates with Industry 4.0 automation systems.
7. Comparison with Other Laser Marking Systems:
- vs Fiber Laser Markers: End-pump excels in high precision; fiber lasers are better for high-power deep engraving.
- vs CO₂ Laser Markers: End-pump outperforms in metal marking, while CO₂ is superior for non-metals (wood, leather).
End-Pumped laser marking machine of application scenarios
1. Electronics & Electrical:
- PCB QR codes, chip labeling, requiring micron-level precision (e.g., 0.1mm characters).
2. Precision Machinery:
- End-pumped laser marking machine's wear-resistant markings on bearings and cutting tools for long-term legibility.
3. Jewelry & Luxury Goods:
- End-pumped laser marking machine fine engraving on precious metals using green lasers to avoid thermal damage.
4. Automotive Components:
- VIN codes, engine part traceability markings.
5. Medical Devices:
- End-pumped laser marking machine can be used for stainless steel surgical instrument marking, requiring sterile and corrosion-resistant labels.
6. Packaging Industry:
- Date codes on food packaging, anti-counterfeit labels on pharmaceuticals, with no contamination.
7. Specialized Use Cases:
- Black Marking on Anodized Aluminum: End-pumped laser marking machine's parameter optimization generates high-contrast black marks.
- Glass Internal Engraving: End-pumped laser marking machine controlled energy creates crack patterns inside glass for artistic decoration.
End-Pumped laser marking machine of sample display
End-pumped laser marking machines, with their high precision, durability, and broad material adaptability, are indispensable in industrial marking, particularly for industries demanding extreme detail. Advances in green and UV end-pump technologies will further expand their applications into semiconductors and display panel manufacturing.
End-Pumped laser marking machine of FAQ
1. Q: What is an end-pumped laser marking machine?
A: An end-pumped laser marking machine is a high-precision industrial laser system that uses an end-face diode-pumped solid-state laser (DPSSL) to create permanent marks on metals, plastics, and ceramics with superior beam quality.
2. Q: What materials can an end-pumped laser marker engrave?
A: End-pumped laser markers are ideal for metals (steel, aluminum), engineered plastics, and some ceramics, offering clean, high-contrast marks without thermal damage.
Tags: #End-Pumped Laser Marking Machine, #6W-30W, #High-Precision Marking, #1064nm Wavelength
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