In recent years, the fiber optic network has developed rapidly. Under the influence of fiber splicing machines, most countries have successfully launched the overall layout of fiber optic networks. According to the relevant arrangement of the country, 5G commercial trials will be conducted in more than 20 cities throughout the country this year, and will officially begin commercializatio...

Fusion splicer is a high precision equipment, it is very import to do the maintenance during daily work. V-groove is a V slot on the ceramic substrate of narrow width, easily to accumulate dust which will make the fiber move instability and cause a bad fusion, therefore, the V groove should be cleaned regularly. The following is the way of cleaning the V-groove

1. During the splicing process, the fusion splicer displays "fiber not found or the end face of the fiber is untidy". This is mainly caused by the surface of the optical system being contaminated. The protective glass (located under the electrode) should be cleaned with absolute alcohol, and the lens on the fiber cover should be cleaned at the same time. Wait until the alcohol is dry before procee...

The gradual increase in the construction and maintenance of optical cables in the optical communication industry has prompted an increase in the demand for various optical fiber tools. Common optical fiber tools on the market include optical fiber strippers, optical cable strippers, and optical cable cutting shears. The purpose of these tools is also different, are you really familiar with them? K...

Visual Fault Locator are also called VFL, pen-type red light sources, visible light detector, optical fiber fault detectors, optical fiber fault locators, etc. Most of them are used to detect fiber breakpoints. According to their shortest detection distance, they are divided into: 5Km, 10Km, 15Km, 20Km, 25Km, 30Km, 35Km, 40Km, etc. Driven by a constant current source, a stable red light is emitted...

In the event of an obstacle in the optical cable line, every second must be used to temporarily adjust the circuit or deploy an emergency optical cable to temporarily rush to open the circuit, and forces should be organized as soon as possible to repair it. 1. Emergency repair 1) All optical cable lines in a certain direction are blocked Immediately and temporarily adjust all circuits or some main...

Introducing our latest innovation - the Large Diameter Fusion Splicer. As a leading manufacturer, we pride ourselves in providing superior quality equipment for all your fiber optic splicing needs. With its state-of-the-art technology and precise engineering, this fusion splicer is designed specifically for larger diameter fibers, ranging from 125 to 600 micrometers. What sets our Large Diameter F...

Fiber optic technology has revolutionized communication and data transmission. A key component in the production of high-quality fiber optic cables is the fiber coating machine. This article provides an overview of the fiber coating machine, its functionalities, and the significance of precise coating in fiber optic applications. Understanding the Fiber Coating Machine: The fiber coating machine i...

Fiber-to-the-Home (FTTH) has revolutionized the way we access the internet, providing high-speed, reliable broadband connectivity directly to residential homes. FTTH installations require specialized tools to ensure efficient and accurate fiber optic cable installation, termination, and testing. This article explores the essential FTTH tools, their functions, and their importance in enabling seaml...

There could be several reasons why a laser machine fiber-optic cable broke: 1.Mechanical stress: Laser machine fiber-optic cable are often subjected to mechanical stress due to factors such as bending, twisting, or tension. Over time, this stress can weaken the fiber and eventually lead to a break. 2.Excessive power levels: If the laser machine is operated at power levels beyond the recommended sp...

In the realm of modern telecommunications and data transmission, the utilization of fiber optic cables has become increasingly prevalent due to their superior data transfer capabilities. These cables are the backbone of our interconnected world, facilitating the swift and efficient transmission of vast amounts of information across great distances. However, to ensure optimal performance and reliab...

Laser devices are integral components across various industries, supporting critical applications in research, manufacturing, medical procedures, and communications. To ensure these lasers operate at peak performance levels and longevity, proactive maintenance and repair measures are essential. This article explores the significance of laser maintenance, common issues faced, and strategies to upho...

In the rapidly evolving field of fiber optic technology, maintaining and repairing laser sources is crucial for ensuring reliable performance in telecommunications, sensing, medical devices, and industrial applications. At SeikoFire, our Laser Source Repair Tools series offers a comprehensive suite of precision instruments designed to handle large-diameter and specialty optical fibers. These tools...

In the rapidly evolving landscape of industrial manufacturing, the fiber laser has become the backbone of modern cutting, welding, and marking applications. As these high-power machines become more ubiquitous, the supporting industry for their maintenance and repair has faced a growing technological gap. Standard telecommunications equipment is simply no longer sufficient for the heavy-duty demand...

In the competitive world of optical manufacturing and industrial laser production, precision is the baseline, but efficiency is the differentiator. As the demand for high-power fiber lasers (ranging from 1kW to 20kW+) grows across the automotive, aerospace, and medical sectors, manufacturers face a critical bottleneck: the splicing of Large Diameter Fibers (LDF). Traditionally, handling these thic...

In the demanding world of fiber optics, standard fusion splicers often struggle with the unique challenges posed by small-core special fibers. Whether you are working with complex telecommunications infrastructure, ruggedized military cables, or specialized sensing equipment, precision and reliability are non-negotiable. Enter the S100TOF Small-Core Special Fiber Fusion Splicer by&n...