Description
The N ×1 High Power Laser Combiner (HPLC Series) represents a cutting-edge solution for consolidating the outputs of multiple kW-class fiber lasers with exceptional efficiency. Engineered with precision and versatility in mind, this combiner leverages advanced fiber tapering techniques and customizable configurations to meet the diverse demands of modern industrial laser applications.
Crafted to deliver unparalleled power transfer efficiency, the HPLC Series ensures seamless integration with high-power fiber lasers, enabling optimized performance across a wide range of industrial processes. Whether it's laser cutting, welding, marking, or additive manufacturing, this combiner provides a robust and reliable solution for maximizing the potential of multi-kilowatt fiber laser systems.
Designed to accommodate different fiber types and wavelengths, the HPLC Series offers flexibility and adaptability to suit various operational requirements. Its innovative design minimizes signal losses and maximizes beam quality, resulting in superior performance and productivity in industrial settings.
With a focus on reliability and precision, the N ×1 High Power Laser Combiner (HPLC Series) empowers industries to push the boundaries of laser-based manufacturing and processing, driving efficiency, accuracy, and innovation in today's dynamic industrial landscape.
3.5
N ×1 High Power Laser Combiner (HPLC Series)
Specifications
| Splitting Ratio: | Other |
|---|---|
| Central Wavelength: | 1060 nm |
| Power Handling: | Not Specified |
| Return Loss: | 50 dB |
| Product Type: | 3 ×1 or 4 ×1 or 7 ×1 |
| Laser Wavelength Range: | 1060 - 1080 nm |
| Fiber Type For Input: | 20/130, NA = 0.08/0.46 |
| Fiber Type For Output: | 100/120/360, NA = 0.22 or 50/70/360, NA = 0.22 |
| Input Power Handling Per Port: | 3000 W |
| Max. Backward Power Handling: | 1000 W |
| Min. Power Transfer Efficiency: | 97 % |
| Max. Beam Parameter Product (BPP): | 4 mm mrad |
Download Data Sheet
Features
- Efficient Power Combining: Combines the outputs of multiple kW-class fiber lasers with high efficiency
- Customizable Configurations: Tailored configurations available to meet specific application requirements
- Advanced Fiber Tapering Technique: Utilizes proprietary techniques for optimal power transfer and beam quality
- Wide Compatibility: Accommodates various fiber types and laser wavelengths for versatility in applications
- High Power Handling: Capable of handling high input powers per port, ensuring robust performance in demanding environments
- Minimized Signal Loss: Engineered to minimize signal losses and maximize beam quality for superior performance
- Compact Design: Compact form factor for easy integration into existing laser systems or setups
Applications
- Laser Cutting: Ideal for high-power laser cutting applications across a wide range of materials
- Laser Welding: Enables efficient and precise laser welding processes in industrial manufacturing
- Laser Marking: Facilitates high-speed and high-precision laser marking and engraving tasks
- Additive Manufacturing: Supports additive manufacturing processes, such as laser-based 3D printing and cladding
- Material Processing: Versatile tool for various material processing tasks, including drilling, scribing, and surface treatment
- Industrial Fabrication: Enhances productivity and precision in industrial fabrication processes requiring high-power lasers
Frequently Asked Questions
What is the N ×1 High Power Laser Combiner?
What is the primary function of the HPLC Series?
What types of configurations are available for the HPLC Series?
How does the HPLC Series handle high power inputs?
What are the benefits of the proprietary fiber tapering technique used in the HPLC Series?
What are the primary applications of the HPLC Series?
Is the HPLC Series compatible with different fiber types and laser wavelengths?
What are the operating temperature ranges for the HPLC Series?
Can the HPLC Series be integrated into existing laser systems or setups?
Is technical support available for the HPLC Series?
Similar Products
Your inquiry has been received.
Create an account by adding a password
Why create an account?
- Auto-complete inquiry forms
- View and manage all your past messages
- Save products to your favorites
- Close your account anytime — no hassle