New Products
LDC-100 Large Diameter Optical Fiber Cleaver * Applicable to cladding diameter 80μm~600μm fibers * Vacuum pump V-groove convenient to put fiber * Durable blade, lifetime more than 20000 times * Data storage 4000 groups * User friendly GUI menu, easy to operate more
S-22 Multi-Core Fiber Fusion Splicer The 1st Fully Automatic Multi-core Fiber Fusion Splicer in China more
Polarization Maintaining (PM) Fiber Fusion Splicer S-12 *Suitable for SM/MM/PM fibers splicing * Core to core alignment, low splicing loss * Endview and Profile observation and alignment * Arc automatic calibration and splicing * PM fiber 45 and 90 degree alignment * Applicable to variety fibers splicing, such as Panda ,bow-tie and elliptical fiber more
S-37 LDF Speialty Fiber Fusion Splicer SHINHO S-37 is the latest model we developed, it could splice fiber cladding diameter from 125 to 500μm with low splice loss. We equipped the machine with 3 different fiber holders, and 2 pairs of spare electrodes. more
Ribbon Fiber Fusion Splicer X950 Ribbon fiber fusion splicer for single fiber and 2-12 cores fibers Accurate fiber alignment, low splicing loss Robust industrial design, easy to operate more
Core to Core Alignment Fiber Fusion Splicer X900 Six motors fusion splicer, real core to core alignment technology. 6s splicing, 18s heating, identify fiber types automatically. Used for WAN/ MAN/ Telecommunication projects. more
Robust Multi Function ARC Fusion Splicer S16 Robust industrial design, anti-shock, dust-proof and water resistant. Touch screen display, combined with keypad operation Multi function holder for bare fiber, patch cords, drop cable etc. Fast splicing and heating, automatic ARC calibration. more
SHINHO X-18 Ribbon Fiber Thermal Stripper Shinho X-18 Thermal Stripper is a newly developed hand-held thermal stripper, specially designed for nondestructive thermal stripping of the jacket of ribbon cable up to 12 fibers. A good and reliable tool for ribbon fiber splicing work. more
The purpose of the optical fiber recoater is to restore the optical fiber coating of processed ordinary optical fibers or various types of optical fibers such as polarization-maintaining optical fibers and ribbon optical fibers. The implementation method of the optical fiber recoater is: the main function of the optical fiber recoater is to coat a layer of optical fiber glue on the bare or spliced...
How to construct the fiber system so that the laser can emit extremely short duration (10-15s order of magnitude) and repeatedly emit pulse sequences. So that the laser in the case of low power consumption, the laser output of peak power. This technique of producing ultra-short pulses is called mode-locking. After further enhancing the output power, it can be applied to industrial cut...
First we need to know what is large diameter fibers? Large diameter fibers (> 125 µm standard telecom fibers) are used in a variety of applications such as laser systems, medical devices and sensors. Endface geometry inspection can be a challenge for these larger fibers because standard telecom interferometer systems have been developed for telecom fibers. The number of guided fiber modes ...
OTDR indirectly measures the loss of optical cable equipment, it is differs from light sources and power meters. The source and meter copy the transmitter and receiver of a fiber optic transmission link, so measurements are closely related to actual system losses. An OTDR works like radar—it sends pulses along an optical fiber and looks for a return signal, creating displays called “traces” or “si...
What are the differences between the Fusion and Mechanical splicing methods? Fiber optic transmission refers to the transmission of data and signals using optical fiber as the medium. Optical fiber can not only be used to transmit analogue signals and digital signals but also meet the needs of video transmission. Optical fibre transmission is generally carried out using optical cables. The data tr...
1, the longest one around 2.8μm (doped Ho3+, Er3+) fiber laser This band fiber laser has potential applications in biological, medical and other fields. In addition, the 2.8μm fiber laser can also be used as a pumping light source for middle and far infrared lasers, using the 4I11/2→4I13/2 of Er3+ ions and the 5I6→5I7 of Ho3+ ions to obtain the laser output with a wavelength near 2.8μm. Sinc...
The rapid development of photonic technologies has created the need for sophisticated optical products well outside the "telecom standards." User requirements and specifications for these photonic components are both increasingly diverse and technically challenging. Large diameter fibers (> 125 µm standard telecom fibers) are used in a variety of applications such as laser systems, medical devi...
Fiber ribbons are made by joining multiple optical fibers in ribbon form. Each individual fiber in a ribbon is aligned in a single row and impregnated with an acrylate UV curable resin. These fiber ribbons are stacked into a matrix structure to form a bundle inside a central core tube or in stranded multi-tubes. Ribbon cables offer higher fiber counts and greater fiber density than any other ...
Currently, there are two aligning systems used for fusion splicer which are the core alignment and cladding alignment system. Core Alignment Fusion Splicer Core alignment splicing is currently the most commonly used fusion splicing technology. Core alignment splicers use a combination of image and light detection systems that “view” the fiber cores to measure and monitor core position during the a...
An optical fiber splicing machine is an essential piece of equipment in optical fiber and cable engineering and maintenance, which can complete the splicing of single-mode, multi-mode, dispersion-shifted and non-zero dispersion-shifted optical fibers. The structure of the optical fiber welding machine is precise and expensive, and many places need attention in the daily use and maintenance process...
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