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What is Fusion Splicer And How to Splice Two Fibers?
May 22 , 2020
What is a fiber optical fusion splicer? Fusion splicer is to use high-temperature heat generated by electric arc and melt two optical fibers together at their end faces,to form single long fiber.More precisely, the fiber ends are initially brought in close contact,with a small gap in between. After heating them for a short while such that the surfaces melt, they are pushed together, such that the ...
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Can 5G Save More Money in the Future?
May 22 , 2020
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...
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Introduce of Optical Power Meters
Aug 31 , 2020
Introduce of Optical Power Meters An optical power meter (or laser powermeter) is an instrument for the measurement of the optical power (the delivered energy per unit time) in a light beam, for example a laser beam. Typically, it allows for power measurements only with a relatively low bandwidth, and will e.g. display only the average power when receiving a pulse&nbs...
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Do you know what is fiber optic splicing?
Sep 18 , 2020
Fiber optic cable fusion splicing is a meticulous work, especially in the end face preparation, fusion splicing, coiling and other links. Fiber fusion splicing is to connect two-core fibers through a specific equipment fiber fusion splicer. 1. Preparation before optical fiber fusion splicing First prepare fiber stripper, cutter, fusion splicer, heat-shrinkable tube, alcohol cotton and ...
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Cleaning of fusion splicer's microscopes (objective lenses)
Oct 23 , 2020
The fusion splicer uses the image processing system to observe the optical fiber. If the microscopic lens becomes dirty, it will affect the normal optical fiber observation, resulting in poor welding effect. Therefore, the lenses of the two microscopes should be cleaned regularly to keep the microlenses clean and tidy. The specific process is as follows: (1) turn off the power supply of the f...
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Optical fiber alignment of optical fiber splicing machine
Nov 20 , 2020
Using optical fiber fusion machine for optical fiber fusion is one of the mainstream methods of optical fiber field termination, so there are many kinds of optical fiber fusion machine in the market, which is dazzling. How to choose a cost-effective optical fiber fusion machine has become a headache for many skilled workers. We know that the alignment accuracy of the optical fiber fusion machine i...
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Why the fiber end face always appears bad when the fusion splicer is splicing?
Aug 04 , 2021
1. The new end face is contaminated by debris, dust, etc. Solution: Do not let the cut fiber end face touch anything; 2. When cutting the optical fiber, the angle is too large. In this case, it may be a problem with the cleaver blade. Change a blade for an interview, or there may be debris in the fiber groove of the cleaver. Use a sharp object to clean the fiber groove. ； 3. There are gray and dar...
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Ten reasons for excessive splicing loss of optical fiber
Feb 23 , 2022
1. Choose the wrong optical fiber splicing program; for example, misselect the single-mode splicing program to multi-mode. 2. The cutting angle of the end face of optical fiber is too large. 3. The optical system is dirty, mainly the reflector and objective lens. 4. V-shaped slot dirty, optical fiber pressure foot dirty. 5. The aging of the electrode leads to the weak discharge intensity, and the ...
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How to reduce the fusion splicing loss?
Apr 28 , 2022
The size of the loss is a very important technical indicator of the optical fiber fusion splicer. The lower the loss, the higher the precision of the machine, which can support longer distance fusion splicing. The more perfect the fusion point, the longer the service life. 1. The fiber cleaver cutting angle of the fiber is very important. At present, most of the optical fiber fusion splicers are f...
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The use of Seikofire fiber fusion splicer GPS function
May 13 , 2022
The use of Seikofire fiber fusion splicer GPS function. 1 download and install "Aika Life" APP on the mobile terminal. 2 Open the "Aika Life" APP, enter the ID address of GPS, enter the original password 123456, and click "Log in" 3 Click "Real-time tracking" to view the location of the device, the location of the mobile terminal and the device to. The straight line of the mobile phone terminal. 4...
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What is the difference between the six motors and four motors of the fusion splicer?
Jun 07 , 2022
Maybe many friends' cognition of splicing machines and motors only exists in the more the better. This is true, but too general. Today we will talk about why six-motor splicing machine have lower losses and better performance. 1. Four motor fusion splicer, with two propulsion motors and two core-adjusting motors. The six-motor splicing machine also has two focus motors. The most intuitive view is ...
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SeikoFire Six motors fusion splicer S8 New Arrival
Jul 13 , 2022
In 2022, SeikoFire Company grandly launched a new six-motor fusion splicing machine, SeikoFire S8 splicing macchine adopts the latest core alignment technology with auto focus and six motors, it is a new generation of fiber fusion splicer. It is fully qualified with 100 km trunk construction, FTTH project, security monitoring and other fiber cable splicing projects. The machine uses industrial qua...
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SeikoFire LDF Specialty Large Diameter Fiber Fusion Splicer
Aug 10 , 2023
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...
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What is Large Diameter Fiber?
Aug 17 , 2023
Large Diameter Fiber (LDF) is a type of optical fiber that has a significantly larger core diameter compared to standard single-mode fibers. While traditional single-mode fibers typically have a core diameter of around 8-10 microns, LDF can have core diameters ranging from 50 to 400 microns or even larger. This increased core size allows LDF to transmit light over a larger area, enabling it to han...
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Two common optical fiber alignment methods of optical fiber splicing machine
Dec 07 , 2023
Optical fiber fusion machine is one of the mainstream methods of optical fiber field termination, so there are many kinds of optical fiber fusion machines in the market, which is dazzling. How to choose a cost-effective optical fiber fusion machine has become a headache for many skilled workers. We know that the alignment accuracy of the optical fiber fusion machine is very important to the qualit...
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Factors to Consider While Choosing a Fusion Splicer
Jan 17 , 2024
Fusion splicer is an integral part of the fiber optic world, providing the means to connect two optical fibers end-to-end using heat. They are used to ensure that light passing through the fiber does not scatter or reflect back by the splice, thus ensuring minimal insertion loss. Choosing the right fusion splicers can be a difficult job, given the various factors that need to be taken into conside...
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