FAQ

A：The core advantages can be summarized into three key points: 1. Maximum Field Efficiency: All tools, connectors, and interfaces are fully compatible (e.g., test instrument ports match the cleaning pens and provided reference patch cords). Technicians can start working the moment they open the case. 2. Lower Procurement & Maintenance Costs: Instead of dealing with separate fusion splicer factories, instrument vendors, and tool distributors, you deal with a single supplier. This dramatically simplifies tracking warranties, software upgrades, and equipment calibrations. 3. Professional Image & Low Rework Rates: Providing a unified, high-quality gear setup boosts your team's professional image in front of project owners, while standardized tools significantly reduce network failures and costly project re-work.

A：To ensure network performance meets industry standards and to generate official certification reports for clients, the kit integrates both Tier 1 and Tier 2 testing tools: OTDR (Optical Time Domain Reflectometer): The ultimate fiber diagnostic tool. It injects laser pulses to map the entire fiber link, measuring total length, attenuation, macro-bends, and **precisely locating fiber breaks** or high-loss points down to the meter. Optical Light Source (OLS) + Optical Power Meter (OPM): A standard Tier 1 loss test set. Working together at opposite ends of the fiber, they measure the absolute end-to-end insertion loss (\text{dB}) at specific wavelengths (e.g., 1310/1550\text{nm}). Visual Fault Locator (VFL): A high-power red laser pointer (650\text{nm}) used to quickly check visual continuity, locate severe macro-bends, or identify the correct fiber in a patch panel. Fiber End-Face Inspection Microscope: A digital probe with a view screen used to inspect patch cords and bulkheads for scratches or dirt before plugging them into expensive active equipment. (Dirty end-faces are the #1 cause of network failures).

A：Fiber preparation directly affects splice quality and fiber longevity. The solution includes a complete set of professional stripping and cleaning tools: Three-Hole Miller Pliers FTTH Drop Cable Strippers Loose Tube Strippers (Slitters): Used for mid-span access to safely slit open loose tubes on multi-fiber outdoor cables without damaging the fibers inside. Professional Cleaning Kit: Includes heavy-duty, lint-free fiber cleaning wipes/wipes and a pump-action alcohol dispensing bottle (for 99.9% high-purity isopropyl alcohol) to remove all skin oils and micro-dust before cleaving.

A：Fiber preparation directly affects splice quality and fiber longevity. The solution includes a complete set of professional stripping and cleaning tools: Three-Hole Miller Pliers FTTH Drop Cable Strippers Loose Tube Strippers (Slitters): Used for mid-span access to safely slit open loose tubes on multi-fiber outdoor cables without damaging the fibers inside. Professional Cleaning Kit: Includes heavy-duty, lint-free fiber cleaning wipes/wipes and a pump-action alcohol dispensing bottle (for 99.9% high-purity isopropyl alcohol) to remove all skin oils and micro-dust before cleaving.

A：The solution features two core, high-precision hardware components used to join fiber cores with minimal optical loss: High-Precision Fusion Splicer: Configured based on your project requirements: Trunk/Backbone Projects:* Equipped with a premium **Core-Alignment (PAS)** splicer to minimize splice loss (typically < 0.02\text{dB}). FTTH/Access Networks: Equipped with a compact, lightweight **Clad-Alignment (V-Groove) splicer optimized for rapid drop-cable splicing. High-Precision Fiber Cleaver: The essential companion to the splicer. One-stop kits feature advanced cleavers with automatic anvil return and automatic blade rotation (some models link via Bluetooth to the splicer) to ensure a perfect 90°circ mirror-face cut and track blade wear.

A：It is a turnkey, site-ready package designed for fiber network engineering (such as long-haul trunk lines, FTTH rollouts, and data center cabling). Instead of sourcing from multiple vendors, it integrates all the necessary splicing equipment, preparation tools, testing instruments, and core consumables into a single, heavy-duty engineering case. The core value is eliminating compatibility issues, allowing a technician to arrive on-site with just one case and independently complete the job from stripping to final certification.

A：The FCM-400+ comes as a complete kit to ensure you can begin working immediately: * FCM-400+ Cleaver unit * AC charger (ADC-19) * Multiple inserts (Upper and Lower) for 250um, 400um, and 500um fibers * Blade inspection magnifier * Hexagonal wrenches and a rugged carrying case

A：The blade is designed for heavy-duty use, supporting approximately 200,000 cleaves. The system includes two statistical methods: Total Count: Tracks the total lifetime cutting cycles (cannot be reset). Subtotal: Allows users to track maintenance cycles and can be reset as needed.

A：The device offers a wide cleaving range to accommodate different industrial needs: Cladding Diameter: 80-600 um Coating Diameter: 160-3000 um

A：The FCM-400+ is highly versatile and supports various fiber types, including: * **Silica Fiber** * **Active Fiber** * **Microstructured Fiber** * **Quartz Tubes**

A：The FCM-400+ is a specialized high-precision tool designed for cleaving and end-face fabrication of large diameter fibers. It is widely used in the manufacturing of **fiber lasers** and **fiber sensors**, as well as in advanced research within universities and laboratories.

A：All core equipment (Splicers, OTDRs) undergoes strict calibration before leaving the factory. We provide a comprehensive warranty and a long-term supply of original consumables—such as electrodes and blades—to ensure your projects stay on schedule.