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fusion fiber optic cable splicer​

This fusion fiber optic cable splicer has been developed to make two fiber optic cables into one in a manner that results in as little signal loss as possible. It produces a permanent and seamless link between the fibers so there will never be any future problems with network speed. This equipment uses modern technology which includes a "hot" heater for melting the fibers, highly accurate alignment system to hold the cores concentric and an automatic control system monitoring the splice process itself. These features all make this splicer very accurate and efficient. They are widely used in such diverse areas as telecommunication installations, or even the data centre itself. The office building and the radio transmitter put them to good use too! The television signal quality that you enjoy at home depends on splicers which are quick, high-performance units. When used in medical imaging they produce equally superb results.

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For customers thinking about buying the Fiber Optic Fusion Splicer, we can offer several strong reasons. As the first, it greatly reduces signal loss. Speed and reliability of data pertaining to network transmission as well as local cable TV are both positively improved from this improvement at our customers' premises. Besides result in better quality than previously available technology being used makes for a cheaper installation and therefore completion of projects on time deadlines can be expected at every site. Thanks to the durability of the connection, there is no need for expensive maintenance or repairs. Besides, Precision and even of field patterns produced by the CT-04-02 lessens the rework free because quality work is done right the first time. Truthfully, fast switching speeds (in particular when modulated by the output of fiber optic transmitters) can bring about problems only encountered during initial testing and debugging. Another thing is it easy troubleshooting no longer takes forever but can be completed more quickly. Last but not least, the user-friendly interface of the fiber optic splicer means that people with different levels of knowledge and technical skills also apply their knowledge. So even the most complex projects can go smoothly completed well even by those who are not fully experienced yet in this field!

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Minimal Signal Loss

Minimal Signal Loss

It is designed to make sure the loss of signals during splicing is held at a minimum.This is critical in maintaining the integrity of data and of course transmission speeds.Fiber optic cable features the fusion fiber optic splicer. It ensures through precision aligned, heating that a seamless junction between fibers is created. This is something that cannot be over-emphasized, since it directly affects network efficiency and overall performance.Customers can now get a more reliable service, and have the capacity for high-speed business applications without taking on any inconvenience.
Efficient and Automated Process

Efficient and Automated Process

The automated functionality of the splicer increases the pace of cable joining greatly. From initial alignment through fusion to cooling, the whole process is dominated by the splicer's own internal systems. Less need for manual intervention, therefore. And consequently less chance of error. This is an efficiency that is invaluable when working on projects of some magnitude. Faster roll-out times, reduced labor costs and -- all within 30 years -- much higher output. Thanks be to God! Furthermore, the splicer's automated status enforces uniformity: a guarantee of top quality network infrastructure must surely result from this combination.
Robust and Durable Connections

Robust and Durable Connections

Thanks to fusion technology progressing forward for 55 years, abdomen-taking fiber splicing way proved be one of them. The fusion splicer integrated all the fiber networks together to form a generator switching system that not only connects but also provides signaling and monitor capabilities under full dynamical load (5MHz-25GHz). One company in North America produced over $600 million worth of fusion splicers for the construction of new structures. Connections thus constructed require robustness and longevity. The splice it produces is not only less likely to be affected by environmental factors such as temperature fluctuations or physical stress but maintains its original integrity in most cases throughout a long life. This kind of durability is fundamental to applications that require high levels of reliability, such as telecommunications and data centers. For the customer, it means less chance that a network may fail and then have associated costs for repairs and maintenance. The long-term stability of the connections also means lower operation costs and a better return on investment for long periods.