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Overview
Products Description
Our GZTECH GT series MOPA Laser Source adopts the MOPA scheme of main oscillation power amplification, focusing on optimizing the pulse peak power and beam quality, and can maintain high beam quality under high-power working conditions, and its maximum peak power can be more than 150kW. GT MOPA Laser Source has the characteristics of small pulse width, high peak value and high power. It supports independent adjustment of pulse width and pulse frequency. It is suitable for glass drilling, mirror frosting and other materials that have high requirements for peak power and brightness. It is especially suitable for precision machining, thermal small influence and small focus spot.
Applications
Material Processing: Thin metal cutting, deep engraving, and welding.
Surface Treatment: Laser cleaning (e.g., anode stripping, coating removal).
Precision Tasks: Ceramic scribing, photovoltaic wafer processing, and glass drilling.
Emerging Fields: Battery manufacturing (e.g., electrode welding, tab cutting)
Product Packaging
Our GT series Pulsed Fiber Laser Source Package details: 1 set Laser Source + Manual + Specification per Carton Box
Shipping Information
| FOB Port | China (Mainland) | ||||
|---|---|---|---|---|---|
| Weight per Unit | 14.0 Kilograms | ||||
| HTS Code | 9013.20.00 09 | ||||
| Export Carton Dimensions L/W/H | 63.0 x 56.0 x 20.0 Centimeters | ||||
Main Export Markets
- Asia
- Australasia
- Central/South America
- Eastern Europe
- North America
- Western Europe
- Mid East/Africa
Advantages
Advantages
Pulse Control: Independent adjustment of pulse width (2–50 ns) and frequency (1-3,000 kHz), allowing tailored outputs for diverse applications.
High Peak Power: Delivers peak powers exceeding 100 kW and single-pulse energies up to 1.0 mJ, ideal for demanding material processing tasks.
Beam Quality: Maintains near-diffraction-limited beam quality (M² ≤ 1.5), ensuring precision in micro-machining.
Diversified Design: Both split type and intergrated type are optional.
Robustness: Stable performance across extreme temperatures and environments, with maintenance-free designs.
Spec
Optical characteristics
| N | Characteristics | Parameter value | Unit |
| 1 | Center wavelength |
1060-1080
|
nm |
| 2 | Spectral width(FWHM) | < 20 | nm |
| 3 | Maximum pulse energy | 1.0 | mJ |
| 4 | Output Power | 20 | W |
| 5 | Power adjustment range | 0-100 | % |
| 6 | Frequency adjustment range | 1-3000 | kHz |
| 7 | On/off light response time | < 50 | μs |
| 8 | Pulse Width | 0.2-500 | ns |
| 9 | Output power stability | < 5 | % |
| 10 | Beam quality M² | < 1.5 | / |
| 11 | Polarization direction | Random | / |
| 12 | Resist high reaction | Yes | / |
| 13 | Indication (red) optical power | 0.3-2 | mW |
| 14 | Collimated Beam diameter (4σ) |
7（10mm optional）
|
mm |
| 15 | Delivery cable length | 2 | m |
Electrical characteristics
| N | Characteristics | Parameter value | Unit |
| 16 | Supply voltage | 24 | V |
| 17 | Working current | < 5 | A |
| 18 | Power consumption | <120 | W |
| 19 | Recommended power supply | ≥150 | W |
Environmental requirements
| N | Characteristics | Parameter value | Unit |
| 20 | Working temperature | 0-40 | ℃ |
| 21 | Storage temperature | -10-60 | ℃ |
| 22 | Cooling Method | Air cooling | / |
Structural characteristics
| N | Characteristics | Parameter value | Unit |
| 23 | Laser dimension |
338.5*301*95.8
|
mm³ |
| 24 | Output head size |
280*150*51.5
|
mm³ |
| 25 | Net weight | <15 | kg |
Diagram
