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optical fiber fusion splicer type 39​

39 Optical Fiber Fusion Splicer is an instrument designed for the reliable and efficient welding of fibre-optic cables. It can splice two fibres together without causing much signal loss, which is vital for high-speed data communication. Other technological features include an advanced heating design and model:the of a splice alignment procedure, which is both automated. Low loss splices with high quality are thus to hand. In addition, the splicer offers a high-resolution colour LCD screen for easy operation and monitoring of the splicing process. This splicer is used in telecommunication networks, cable television and fiber-to-the-home (ftth) systems, making this versatile tool an essential part of any technician such working environments.

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The Model 39 Optical Fiber Fusion Splice offers several features that work to the advantage of potential customers. First, due to its precision manufacture: splicing is quick and there are minimal signal losses. This sets up more reliable data transmission than for any other splicer. Second of all, the splicer's user-friendly graphical interface and automatic tools (which hardly require any manual operation at all) make it easy to use. Hence technicians can quickly become proficient in their use without any formal training whatsoever - saving both money and time. Third, its robustness and long life of the battery make it suitable for working in environments where the environmental conditions are different: from a controlled laboratory experiment to rugged outdoor installations. Finally, the splicer's high efficiency and reliability mean lower levels of maintenance or replacement in future and reduced costs over time As a result, it is an economical answer for everyone's fiber optic splicing needs.

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Advanced Heating System for Consistent Splices

Advanced Heating System for Consistent Splices

The advanced heating system is a standout among features on type 39 of optical fiber fusion splicer. It ensures that every splice is heated alike and result consistent enought to be trusted. This precise control of the temperature at which fibers are fused can greatly reduce however it also makes relayed signals less vulnerable to outside interference in any form whatever. The contribution of this functionows cannot be overestimated. It bears directly on amplitude, or volume, of transmitted light (the corollary being very sensitive detectors needed) and has an effect that extends even to the life expectancy for optical fibers connected in this way. For the users, high quality means a more robust network with less many out-of service hours as well as lower cost of physically repairing problems.
Automated Splice Alignment System for Accuracy

Automated Splice Alignment System for Accuracy

Optical Fiber Fusion Splicer Type 39 has an automated splice alignment system, which is unmatched in accuracy. Ensure not only did the fibers that are spliced align properly, but also make each splice as precisely as possible--all thanks to this system Fibers ' ends' quality was accounted for and adjusted. Therefore, it can achieve splicing levels in line with industrial standards for return loss and insertion loss. The accuracy of this feature is crucial to maintaining the integrity and performance of fiber optic networks. This technology also benefits customers in other ways including easier installation times for their networks as well as longer life operation which means lower chances over time for signal decay due to interference from any inefficient winches.
User-Friendly Interface for Efficient Operation

User-Friendly Interface for Efficient Operation

Equipped with user-friendly interfaces, like detailed instructions, type 39 of the optical fiber fusion splicer simplifies the operation process. This means that technicians with different levels of skill can approach splicing and get satisfactory results. With a high-resolution color LCD screen displaying clear visual feedback throughout each step of the splicing process, operators are able to make necessary adjustments by seeing it done. This intuitive structure dramatically reduces the learning curve, making for faster splicing--a particularly valuable trait in high-volume projects. For customers, this translates to significantly improved workmanship and reduced labor costs; consequently, it further contributes both to a more cost-effective project and higher profits in general.