JPT LP Fiber Laser Source
The JPT LP (Low-Pulse) series provides consistent and precise output with fixed pulse width and frequency, making it a robust choice for applications requiring durability and simplicity.High stability, cost-efficiency, and excellent beam quality, the LP series is ideal for various material processing tasks, including metals, plastics, and ceramics.
Description
JPT LP Fiber Laser Source Description
The JPT LP (Low-Pulse) series provides consistent and precise output with fixed pulse width and frequency, making it a robust choice for applications requiring durability and simplicity.
Laser Marking: Engraving logos, barcodes, serial numbers, and patterns.
Laser Engraving: High-precision surface engraving on metals and plastics.
Laser Cutting: Cutting thin sheets of metal, plastic, and other materials.
JPT LP Fiber Laser Source Applications
1. High precision laser marking
Electronic components: PCB board QR code (0.3mm character clarity), chip packaging identification
Jewelry: precious metal micro carving (0.05mm line accuracy), diamond numbering
Medical devices: Permanent identification of surgical instruments (compliant with ISO 13485 standard)
2. 3D laser engraving
Dynamic focus system supports:
Surface workpiece carving (texture processing of automotive interior parts)
Multi layer material gradient carving (bamboo and wood deep and shallow relief)
3D optical texture (dot design of light guide plate)
3. Precision laser cutting
Thin material processing:
0.01-1mm metal foil (copper/aluminum current collector with burr free cutting)
FPC flexible circuit board (cutting seam<30 μ m)
Alien cutting:
Mobile phone metal frame (R-angle cutting accuracy ± 0.02mm)
Solar silicon wafer (edge collapse suppression technology)
The JPT LP Fiber Laser Source is capable of processing a wide range of materials:
Metals: Stainless steel, aluminum, titanium, gold, silver, copper, and more.
Plastics: ABS, PVC, polycarbonate, PET, and other common industrial plastics.
Ceramics: Glass and ceramic materials for engraving and marking.
Coated Materials: Removing paint or coating layers, anodized finishes, and other coatings.
JPT LP Fiber Laser Source Features
High Stability
Ensures stable performance and delivers consistent output power and beam quality, even during prolonged operation.
Excellent Beam Quality
Featuring a low M² value (<1.3),the LP series provides a high-quality, focused laser beam.
Wide Range Applications
including metals (steel, aluminum, titanium), plastics (ABS, PC, PVC), ceramics, and coated surfaces.
Compact and Lightweight Design
The lightweight construction makes it an excellent choice for portable and desktop laser marking machines.
Energy Efficiency
high optical-to-electrical conversion efficiency, reducing power consumption while maintaining excellent performance.
Long Lifespan
Lifespan exceeding 100,000 hours, ensuring low maintenance and operational reliability.
User-Friendly Operation
Compatible with popular laser control software, such as EZCAD. Allowing users to customize parameters like power, speed, and frequency for optimal results.
Integrated Cooling System
Equipped with an efficient air or water cooling system (depending on the model), maintains a consistent operating temperature,preventing overheating.
JPT LP Fiber Laser Source Parameters
| JPT LP+Series | ||||
| Unit | Parameter | |||
| Product Model | YDFLP-E-20-LP-S | YDFLP-E-30-LP-S | YDFLP-E-50-LP-L-R | |
| M2 | <1.5 | <1.8 | ||
| Delivery Cable Length | m | 2 | 3 | |
| Nominal Average Output Power | W | >20 | >30 | >50 |
| Maximum PulseEnergy | mJ | 0.8 | 1.25 | |
| Pulse Repetition Rate Range | kHz | 1~600 | ||
| Pulse Duration | ns | 200 | ||
| Output Power Stability | % | <5 | ||
| Cooling Method | Air Cooled | |||
| Supply DCVoltage (VDC) | V | 24 | ||
| Current Consumption | A | 5 | <7 | <10 |
| Environmental Supply Current | A | >5 | >7 | >10 |
| Power@20℃ | W | <110 | <150 | <220 |
| Central Emission Wavelength | nm | 1064 | ||
| Emission Bandwidth@3dB | nm | <15 | ||
| Polarization | Random | |||
| Output Beam Diameter | mm | 7±0.5 | ||
| Output PowerTuning Range | % | 0~100 | ||
| Operation Temperature | ℃ | 0~40 | ||
| Storage Temperature | ℃ | -10~60 | ||
| N.W | KG | 3.75 | 4.25 | 8.2 |
| Size(LxW×H) | mm | 245×200×65 | 245×200×65 | 325×260×75 |
JP LPFiber Laser Source Details
Products Advantages
1. Precision machining capability
By using MOPA technology to achieve independent adjustment of pulse width, a line width accuracy of ≤ 5um can be achieved on stainless steel, suitable for:
Aluminum oxide blackening marking (contrast>90%)
Glass carving (crack free micro hole processing)
Silicon wafer invisible marking (precise control of damage threshold)
2. Material adaptability
Metal processing: stainless steel, aluminum alloy (anodized layer penetration), titanium alloy (no heat affected zone discoloration)
Non metallic processing: ABS plastic (no melting edge), ceramics (microcrack control), composite materials (carbon fiber without delamination)
Special applications: Coating materials (removing the surface layer to retain the substrate), brittle materials (sapphire cutting edge<10um)
3. Industrial grade reliability
Mean Time Between Failures (MTBF)>100000 hours
Adopting redundant design: dual temperature control system, anti reflection feedback protection
Support 24/7 continuous working mode (optional industrial PLC interface)
We also supply a lot optional accessories
Fume extractor
Water chiller
FAQ
1. How is the JPT LP Fiber Laser Source cooled?
The JPT LP Fiber Laser Source typically uses air cooling for standard models, which makes it easy to operate without the need for additional water-based cooling systems. However, for more demanding environments or higher power variants, water cooling may be used to ensure optimal performance and prevent overheating.
2. What is the beam quality of the JPT LP Fiber Laser?
The JPT LP Fiber Laser provides excellent beam quality, with a M² value typically less than 1.3, indicating a high-quality beam that can be focused tightly for fine engraving and marking. The beam quality ensures that even detailed and intricate marks can be made with high precision.
3. Can the JPT LP Fiber Laser Source be used for laser cutting?
Yes, the JPT LP Fiber Laser Source is capable of laser cutting thin sheets of metal, plastics, and other materials. It is especially effective for thin metal cutting, providing clean edges and minimal thermal distortion. However, for thicker materials, higher-power lasers may be needed.
4. What warranty and support options are available for the JPT LP Fiber Laser Source?
JPT typically offers warranties on their fiber laser sources, which can vary based on the model and region.
Additionally, JPT provides technical support, including installation assistance, troubleshooting, and maintenance advice.
Ensure you check with the supplier for specific warranty terms and after-sales service options.
Please send inquiry to get more details and videos.
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