Description
PM CO2 Laser Splicer (XQ7210P)
The XQ7210P is a state-of-the-art large-diameter polarization-maintaining fiber splicer, meticulously crafted by SHENZHEN OSCOM TECHNOLOGY CO., LTD. This advanced splicer utilizes a CO2 laser as its heat source, ensuring precision and stability in every splice. Designed to handle fibers and glass rods ranging from 80µm to 2500µm, the XQ7210P is a versatile tool that excels in various applications. Whether you are working with QBH fiber end caps, optical combiner fiber bundles, or special fibers, this splicer delivers exceptional performance and reliability.
One of the standout features of the XQ7210P is its multifunctionality and ease of use. Its design allows for quick and accurate splicing, making it an invaluable asset for professionals in the fiber optics industry. The splicer is particularly adept at handling complex tasks such as the tapering of glass tubes and the processing of fiber ball lenses. Its flexibility and adaptability make it suitable for a wide range of applications, ensuring that it meets the diverse needs of its users.
In addition to its technical prowess, the XQ7210P is engineered for user convenience. Its intuitive interface and dynamic adjustment capabilities allow for seamless operation, while the high-definition fiber end face imaging ensures precision in every splice.
The splicer is equipped with a professional microscope magnification imaging system and software, providing users with unparalleled control over the splicing process. With its high-precision drive motor and guide rail system, the XQ7210P stands as a testament to OSCOM Technology's commitment to innovation and quality.
CO2 Laser Splicer for Large-Diameter Polarization-Maintaining Fiber XQ7210P
Specifications
| Rotation Angle: | ±120° |
|---|---|
| Rotation Accuracy: | 0.1° |
| Laser Power: | 30W |
| Laser Wavelength: | 10.6μm |
| Laser Type: | CO2 |
| Fiber Cladding Splicing Range: | 80-2500μm |
| End Cap Clamping Range: | 1mm/1.8mm/2mm/8mm |
| Fiber Fixing Method: | Magnetic adhesion |
| Alignment Method: | Cladding automatic alignment |
| Fiber Splicing Method: | Laser heating |
| CCD View: | 2.8x2.1mm or customized |
| X/Y Axis Alignment Resolution: | 0.1μm |
| X/Y Axis Movement Range: | ≥11mm |
| θ Axis Alignment Resolution: | 0.1° |
| θ Axis Alignment Range: | ±4.5° |
| Z Axis Resolution: | 0.1μm |
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Features
- Advanced Heating Distribution: The heating distribution is designed to approximate the shape of a cross, ensuring even and efficient splicing.
- Versatile Splicing Capabilities: Capable of splicing various shapes of optical fiber end caps with high quality.
- Dynamic Position Adjustment: Allows for dynamic adjustment of the position of multidimensional fibers or end caps.
- Customizable Clamping: Features a dedicated end cap holder with customizable clamping diameters to meet specific customer needs.
- Open Splicing Procedure: Offers a highly open splicing procedure for flexible applications.
- Polarization-Maintaining Fiber Splicing: Includes fiber rotation function specifically for polarization-maintaining fiber splicing.
- High-Definition Imaging: Provides high-definition fiber end face imaging for precise splicing (polarization-maintaining only).
- Professional Control System: The splicing process is controlled by a professional microscope magnification imaging system and software.
- High-Precision Mechanics: Equipped with a high-precision drive motor and guide rail system for accurate splicing.
Applications
- Splicing of QBH Fiber End Cap: Ideal for joining QBH fiber end caps with precision and stability.
- Optical Combiner Fiber Bundles: Efficiently splices optical combiner fiber bundles for enhanced performance.
- Special Fiber: Suitable for splicing various types of special fibers with high accuracy.
- Tapering of Glass Tube: Capable of tapering glass tubes for specialized applications.
- Processing of Fiber Ball Lens: Facilitates the creation and processing of fiber ball lenses.
- Low Melting Point Fiber: Handles low melting point fibers with ease and precision.
Frequently Asked Questions
What is the PM CO2 Laser Splicer (XQ7210P)?
What are the main applications of the XQ7210P splicer?
What is the range of fiber diameters that the XQ7210P can splice?
What are the key features of the XQ7210P splicer?
What is the laser power and wavelength used in the XQ7210P?
How does the XQ7210P achieve fiber alignment?
Can the XQ7210P be customized for specific needs?
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