Fujikura was founded in Awajicho, Tokyo, in 1885. The First Era (the dawn of Fujikura began). The company saw consistent expansion throughout this time, first driven by the need to reconstruct the country’s infrastructure following World War II.
The corporation was refounded in 1945, marking the Second Era’s beginning. Our staff came together to rebuild the firm from the bottom up after the war had destroyed our principal facility in Fukagawa, Tokyo.
Our company focused on electricity and telecommunications projects that helped create new infrastructure and improve societal safety and security. As a result, the business saw reasonably steady growth. As a result, the company saw very continuous development only by meeting the demands of a select group of blue-chip clients.
Fujikura is starting its third life cycle after being active for the equivalent of two. However, as we enter a new period when change is a constant, the company will seriously harm itself if it takes identical courses of action. We are acutely aware of the necessity to start our business from scratch once more.
Best Fujikura Products in the USA:
Series of Mass Fusion Splicer 90R kits
A mass fusion splicer called the 90R can join up to 16 ribbons of fiber. With a revolutionary user-replaceable V-groove component that eliminates the need for cleaning and increases application variety, the 90R series is the first of its type. The 90R kit includes spare replacement V-grooves as a standard component.
Features & benefits of Fujikura products:
Following are the features and the benefits of the Fujikura products:
- The 90R is a fast-installed-removable V-groove system that makes it simple for consumers to install-remove ribbon cables.
- Based on the kind of fiber optics to be spliced, the user can join different types (and combinations) of ribbon fiber by changing the distance between 200m and 250m.
- The typical packaging for the 90R includes a spare set of 12 fiber V-grooves with electrodes already inserted and prepared for splicing.
- User downtime on the field is reduced thanks to field-replaceable spares. Electrode stabilization is not necessary because the electrodes are already stable.
- The FH-70-12 fiber holder can accommodate coated spider web ribbons measuring 200 or 250 mm and 0.3 or 0.4 mm in thickness (SWR).
- The device’s 250-m-apart V-grooves fiber holder facilitates SWR loading and ribbon preparation.
CT50 Optical Fiber Cleaver:
The CT50 is Another Fujikura product in the USA that drastically reduces processing duration and operating costs for clients by providing improved droplet impact durability compared to current cleavers and enabling personnel to change the blade.
The CT50 adjusts the cleaving blade’s location mechanically and in reaction to the optical fibers’ ability to cleave as detected by the fusion splicer. When the fusion splicer decides the subpar quality, it will spin the blade. The CT50 also accomplishes fiber cleaving and scrap collecting in the same phase.
Features & benefits:
Following are the benefits and features:
- Wireless broadband communication is available for the CT50 fiber cleaver and fusion splicer. When the splicer determines the broken blade, this function enables automated cleaver blade rotation.
- The fusion splicer notifies the operator when a blade height adjustment is necessary and displays the amount of remaining blade life.
- The rubber clamps and user-replaceable blade of the CT50 fiber cleaver eliminate the requirement to ship the tool to a service facility for edge or clamp replacement.
- The CT50 lid offers easier access and can hold longer stripped fibers than earlier models. It also opens 100 degrees.
- With a single press, the CT50 cleaves and gathers the fiber debris.
RS02/03 Ribbon Fiber Stripper
The RS02/03’s design prioritized convenience, versatility, and simplicity of use. Compared to earlier versions, this thermal stripper uses less effort to complete the stripping operation. The RS03 also has a big rechargeable battery pack for 600 stripping cycles, which is six times higher than what ordinary thermal strippers have.
Characteristics and advantages:
- The RS series ribbon stripper is designed ergonomically and takes less force to strip than earlier strippers.
- The RS series ribbon stripper adjusts its heating temperature and duration using instructions wirelessly from the splicer when the user can control the splice mode, for example, from 12 fiber ribbon splice mode to SWR fiber splice mode.
- Without changing the stripper blades, the RS series ribbon strippers are suitable with coated fibers measuring 200m to 400m.
- The RS03 comes with a high-capacity battery with 600 stripping cycles: verified at standard temperature, with a fully charged, undamaged battery. The process amount varies according to battery health, stripper settings, and ambient factors.
Fujikura Products on Ge-Equipment:
If you want the best Fujikura products in the USA, then you cannot find the best platform compared to the Ge-Equipment. Fujikura has been active for the equivalent of two life cycles and is beginning its third. Up to 16 ribbons of fiber can be joined using the 90R mass fusion splicer, which comes complete with extra replacement V-grooves.
It is a platform where you get the best Fujikura products in the USA at an affordable price and in good condition. You can contact us through our company official number and for more detail, you can visit our GEEquipment.
FAQ:
What are Fujikura 28s?
The 28s is for high-end FTTH splicer uses in FTTX, Data Centers/LAN, and Access Networks. To provide dependable and enhanced splicing performance for various fibers, including SMF, MMF, DSF, and NZDSF, 28s provides an active V-Groove alignment single fiber splicer.
What is the purpose of a fiber splicer?
A fiber optic splicer uses modern telecom technology to join fiber optical cable. Fiber Splicers, which combine science and telecommunications, join small, flexible glass strands to enable the transfer of light from one place to another.
What does the term OTDR mean?
OTDR stands for “optical Time-domain reflectometer.” OTDR is a tool used to construct, certify, repair, and diagnose optic fiber networks. It checks the quality of a fiber cable.
