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Fiber Optic Test Equipment Manufacturer, 100% proprietary designs with OEM/ODM services available.
This polarity analyser is designed to determine polarity and test cable assemblies during the production of MPO/MTP cables. With one-touch automatic scanning, it quickly indicates cable continuity, polarity (sequence), alarms, and error analysis. It provides a fast, accurate, and efficient polarity testing solution for MPO/MTP cable production, semi-finished product testing, and finished product inspection.
The variable optical attenuator (VOA) is designed to control the intensity or power of optical signals, ensuring optimal input levels for receivers. By reducing signal strength, it minimizes the workload on receiving equipment and enables accurate sensitivity testing for various optical components.
Our handheld optical light features a 3.5-inch color display and adjustable power output. Supporting up to six wavelengths, it offers a continuous adjustment range of 15dB and the flexibility of single or dual-channel outputs. Paired with compatible power meters, it can automatically recognize wavelengths, streamlining fiber link loss measurements and ensuring reliable results. Its versatile design makes it an excellent choice for both fieldwork and laboratory applications.
Fiber optic network construction and maintenance require precise tools that ensure reliable connections. Our optical fusion splicer is designed for easy operation and supports splicing for a variety of fibers, including bare fibers, jumpers, and rubber-coated fibers. The spliced fibers deliver exceptional performance, with a typical return loss exceeding 60dB and minimal splicing losses.
An optical fiber identifier is a practical tool used for fault detection, fault location, and network maintenance in single-mode and multi-mode fiber optic systems. It detects live optical signals without disrupting the fiber network, making it ideal for maintenance tasks and real-time troubleshooting.
Fault detection plays an important role in fiber optic network installation and maintenance. This handheld visual fault locator simplifies the process by using a 650nm semiconductor laser to inject visible red light into optical fibers, allowing users to quickly identify breaks, bends, or poor connections by observing light leakage points.
Fiber optic testing requires precision and versatility, and this multi-functional device is tailored to meet those demands. Widely used in optical communication equipment manufacturing, network engineering, and research institutions, it supports insertion loss, return loss, and optical power testing.
