Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System
The Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System uses a CO2 laser for precise splicing, tapering, and glass shaping of fibers up to 2.0 mm in diameter. This advanced system ensures low splice loss, stable performance, and high-strength splices. Equipped with user-friendly firmware and a high-resolution optical analysis system, it enables both automatic and manual control. The LZM-125M+/LZM-125P+ offers seamless integration with Fujikura's FSM splicers, making it ideal for demanding fiber processing applications. Fujikura's innovative laser technology eliminates the need for external gases, ensuring clean, efficient, and reliable fiber splicing every time.
Download Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System Specification Sheet
Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System: Precision Meets Versatility
The Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System is an advanced, all-in-one solution for fiber splicing and glass processing, designed to meet the needs of professionals working with delicate optical fibers. Utilizing a clean and efficient CO2 laser heat source, this system is perfect for splicing, tapering, lensing, and other glass shaping operations. With support for fibers ranging from 80 µm to 2.0 mm in diameter, the LZM-125M+ and LZM-125P+ models ensure precision and reliability, whether for standard or more complex fiber management tasks.
Features & Benefits of the Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System
- Advanced CO2 Laser Heating: The system's CO2 laser provides a stable, non-contact heat source, ensuring a clean splicing environment. Unlike filament-based systems, it eliminates contamination risks, offering greater precision and reduced maintenance needs.
- High-Resolution Motion Control: The Fujikura LAZERMaster LZM-125M+/LZM-125P+ features precise motion control with high-resolution alignment capabilities. This ensures accurate fiber positioning during splicing and glass shaping processes, delivering low splice loss and high splice strength.
- User-Friendly Interface: Equipped with intuitive on-board firmware, the system makes complex splicing tasks simple. For those seeking greater control, the system includes the FPS PC GUI, providing additional measurement and shaping capabilities through a connected computer.
- Versatile Fiber Compatibility: The system supports a wide range of fiber types, from single-mode to polarization-maintaining (PM) fibers. It offers automatic alignment for standard diameters and manual control for custom applications, making it versatile for any splicing job.
- Enhanced Safety Features: Fujikura’s proprietary feedback system ensures consistent heating power, while the Class 1 laser enclosure includes multiple interlocks for safety. These features make the splicing process safer for operators in various working environments.
- Portable and Customizable: The LZM-125M+/LZM-125P+ is compact and designed for portability, making it ideal for fieldwork or lab use. Its customizable platform allows users to tailor the system to their specific needs, with options for both automatic and manual operation modes.
The AFL LAZERMaster LZM-125M+/LZM-125P+ Splicing System is the go-to solution for professionals who demand precision and efficiency in fiber optic splicing and glass processing. Its seamless integration with Fujikura’s FSM series splicers allows for easy transfer of splicing programs and settings, streamlining operations across various equipment.
AFL LAZERMaster LZM-125M+/LZM-125P+ Splicing System Specifications
| Parameter | Value |
|---|---|
| Fiber Heating and Splicing Method | CO2 Laser |
| CO2 Laser Power | 30 W standard |
| Laser Safety Features | Metal cover with multiple interlocks, Class 1 enclosure, automatic actuation of shutter, automatic laser power cutoff |
| Laser Beam Control | Proprietary feedback system ensures laser beam power stability |
| Typical Splice Loss | 0.02 dB for SMF (ITU-T G.652) |
| Typical Splice Strength | 100 kpsi for SMF (ITU-T G.652) using appropriate fiber preparation equipment |
| Camera Field of View | 2.3 mm |
| Fiber Observation Methods | PAS (Profile Alignment System), WSI (Warm Splice Image), WTI (Warm Taper Image), End-view observation |
| Applicable Fiber Diameter | 80 µm to 2000 µm for automatic alignment by PAS; Larger diameters manually aligned |
| V-groove Clamping System | Infinitely variable from 80 µm up to 2000 µm |
| Alignment Methods | PAS, Power meter feedback, End-view, Manual |
| Endless Theta Rotation | 360º endless rotation, angle resolution 0.1º (LZM-125P+ only) |
| X/Y Alignment Resolution | 0.1 µm |
| Maximum Z Travel Length | 18 mm (both left and right Z units), total of 36 mm sweep |
| Z Travel Resolution | 0.125 µm theoretical |
| Maximum Taper Length | 32 mm |
| Maximum Taper Ratio | 10:1 standard, dual direction tapering for increased ratios |
| Maximum Taper Speed | 1 mm/sec standard |
| Splicing Control | Internal firmware or operation by PC |
| Fiber Tapering and Glass Shaping Control | Internal firmware or operation by PC |
| PC Control | FPS software with complete command set for PC control |
| PC Option | Tablet computer available with FPS software pre-installed |
| Interface Ports | USB 2.0, GPIB |
| Electrical Power | 100-240 VAC |
| Operating/Storage Conditions | 10 to 40°C / 5 to 60°C |
| Rotation Motors | Optional (Provides theta rotational motion for PM fiber alignment) |
| PM Fiber Alignment Methods | PAS, IPA, End-view, Power meter feedback, Manual |
Ordering Information for the Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System
| Description | AFL Part Number |
|---|---|
| LAZERMaster® LZM-125M+ Glass Processing and Splicing System (Includes AC adapters, cords, and FPS PC software) | S017802 |
| LAZERMaster® LZM-125P+ Glass Processing and Splicing System (Includes AC adapters, cords, and FPS PC software) | S017804 |
| Optional Tablet PC (Pre-installed with FPS software) | S016772 |
With the Fujikura LAZERMaster LZM-125M+/LZM-125P+ Splicing System, you can tackle complex splicing tasks with ease, achieve high-quality results, and ensure long-lasting connections. The system's innovative CO2 laser technology combined with user-friendly controls makes it the ideal choice for field technicians and lab professionals alike. Choose AFL for reliable performance, precision, and the confidence to handle any splicing challenge.