The fiber-optic fusion splice machine has an edgeit can line up its fiber with utter precision. This fine accuracy makes sure that signal loss will be as small and unnoticeable as possible if any at all--an absolutely essential element for maintaining our network's performance. Now the transverse alignment thing is critical but nobody did it well until now With advanced technology and fibre core micro-positioning, this system boosts splice reliability by placing the splice loss at a lower level The customers find this a peice of good news that their machines keep a low level for loss, very often as little as 0.1dB which is far under industry norms. As a result, they can squeeze more data units through the next piece of cable; their need for signal amplification will decrease, which means both financially and in terms of hassle down times spared. In short then at some future date when your budget allows for it there will be savings not only on your present jobs but also over all future ones due to less wear-andtear in general -¦Requirements Expressed in dB Lasreştir RcsultΣ This datum is indicated for those splice c films for which the losses that have been recorded under various conditions applied to them average 6.5 dBapproach.

Surviving in extreme enviroments whether under very cold or hot conditions wet with humidity vibration - this type fusion splicer is set up for pauseless and dependable operation in a wide range of situations. Its strength also enables technicians to make high-quality splices at the installation or maintenance site rather than needing a clean room. This feature is particularly useful to customers working in remote locations or harsh environmnets. They do not want their job schedules disrupted again and again by broken tools.

An automatic splice function enables this optical fiber fusion splicer to provide fast and uniform splices. According to different fibers and application situations, these pre-programmed splice routines have had all the correct parameters set into them for long term use applications like nodal or insertion fiber multiplexes as well as bridge plug circuits. So there is no more chance of finger trouble from fiberopticians' judgement status if you happen to have your materials instantly at the factory site some day with no one close by who really knows what they are doing. This means that every splice is produced with the same high quality--regardless of who carries it out. Not only does this save time but also reduces errors and by promoting a more reliable network in practice may lead to longer life spans for the 100-year system. For customers, this means shorter project times, reduced labour costs and a network meeting the best performance requirements possible.