Latest Active Clad Alignment Fusion Splicers for fiber optic connectivity

 Introducing the newest advancement in fiber optic technology – the Active Clad Alignment (ACA) Fusion Splicers. As demand for high-speed, reliable connectivity continues to soar, these cutting-edge devices are poised to revolutionize the fiber optic market.

Active Clad Alignment Fusion Splicers are engineered to deliver unparalleled precision in aligning optical fibers, ensuring minimal signal loss and maximum efficiency in data transmission. With their advanced technology, these splicers boast lightning-fast splicing times, enabling technicians to complete installations and repairs swiftly and seamlessly.

One of the key features of Active Clad Alignment Fusion Splicers -

👉 Precise alignment

👉 World's smallest and most Light weight & Easy to carry

👉 fast splicing/heating

👉 More reliable performance and stable operation under worst conditions

👉 Long-life Battery

👉 Electrode Life 6,000 arc display

👉 reliability, and top-notch service & support.

Whether deployed in telecommunications networks, data centers, or industrial settings, these splicers offer durability and reliability, minimizing downtime and optimizing network performance.

What sets Active Clad Fusion Splicers apart is their user-friendly interface, making them accessible to technicians of all skill levels. Equipped with intuitive controls and ergonomic designs, these splicers streamline the splicing process, reducing the need for extensive training and potential errors.

Moreover, new Active Clad Alignment Fiber Optic Fusion Splicers are backed by comprehensive support services, ensuring users have access to training, technical assistance, and maintenance programs. This commitment to customer satisfaction further solidifies their position as the go-to solution for fiber optic connectivity needs.

Fusion Splicer 82C Plus of optical fibers

 A core alignment fusion splicer 82C Plus with an HD display refers to a fusion splicing machine that utilizes a core alignment technique to align the optical fibers accurately. It features a high-definition display that allows for clear visibility and precise control during the splicing process.

The term "low splicing loss" typically refers to the splice loss, which is the amount of optical signal loss that occurs during the fusion splicing process. A low fiber splice means that the splicer is capable of achieving minimal signal loss when joining two fiber ends together. This is crucial for maintaining optimal signal quality and minimizing disruptions in the fiber optic network.

Fiber profile identification is an essential capability of fusion splicers. It involves analyzing the characteristics and parameters of the fiber being spliced, such as the fiber type, core diameter, cladding diameter, coating diameter, and numerical aperture. By identifying the fiber profile accurately, the splicer can apply the appropriate fusion splicing settings and ensure optimal splice performance.

Overall, a core alignment fusion splicer 82C plus with an HD display, low splice loss, long-life battery and fiber profile identification capabilities provides advanced features for precise and reliable fusion splicing of optical fibers.

What Makes Sumitomo Splicing Machine GREAT?

Sumitomo Fusion splicing machines are known for their high-quality performance and advanced technology. Here are some of the reasons that make Sumitomo splicing machines great:

High Precision: Sumitomo splicing machines are designed to deliver accurate and precise splices every time. They use advanced technology to ensure that splices are consistent and reliable.

Speed: Sumitomo Fusion Splicer is also known for its fast splicing times, which can save time and increase productivity.

Durability: Sumitomo Fiber Optic splicing machines are built to last, with rugged construction and high-quality materials. They are designed to withstand harsh environments and continue to perform at a high level even after years of use.

Easy to Use: Sumitomo splicing machines are user-friendly, with intuitive interfaces and easy-to-understand instructions. This makes them ideal for both experienced splicers and those new to splicing.

Versatility: Sumitomo splicing machines are versatile and can be used for various applications, including fiber optic cable, ribbon fiber, and more.

Advanced Features: Sumitomo ofc splicing machines also come with advanced features, such as automated splicing, automatic arc calibration, and image processing technology, which can improve efficiency and accuracy.

Overall, Sumitomo Fiber Joint Splicers are great because they combine precision, speed, durability, ease of use, versatility, and advanced features to deliver high-quality splices consistently.

Why Choose brand Sumitomo Electric Fusion Splicer?

The Reason Customers Choose Us.

Performance made simple. Precision made tough. Sumitomo Electric’s exceptional technology has seamlessly integrated all these seemingly divergent elements.

Our fusion splicers’ superior performance was born from our steadfast focus on the future, while their ease-of-use resulted from careful inquiry into our customers’ needs.

Our splicers’ precision lies in the passion of our engineers, while their durability and toughness derive from a long history of technical achievements.

What’s more, to ensure the best splicing experience anywhere on the globe,

our production staff stand committed to quality day in and day out.

These are the reasons customers choose Sumitomo Electric Fusion Splicer.

                                 Reason First - High Specification

The Ultimate in High-Spec Performance

We pushed the limits of performance in our microscopes so that they can instantly assess any fiber optic cable laid anywhere around the world.

Our Sumitomo Fiber Optic Splicing Machines achieve the highest level of reduction in splicing loss without relying on advanced skills or training.

In addition, our original IoT technology SumiCloud™ lets users connect to Sumitomo Electric's cloud services via smartphone, thereby supporting the timely sharing of information between office and worksite, while also contributing to device management and maintenance.

At Sumitomo Electric, our fusion splicers never stop evolving.

                                    

                                 Reason Second - Easy Operation

No more Mistakes

NanoTune™ is the world’s first AI splicing technology.

Up until now, operators struggled to recur the defective ends of fiber optic cables.

Now, the fusion splicer itself takes care of everything despite any defective ends.

At Sumitomo Electric, we’ve improved splicing success rates from 75% to over 90%, delivering the ultimate in high-spec performance.

We also were the first in the world to mount a touch panel directly on our fusion splicers, and we continue to improve upon our graphical user interfaces to this day.

This means that, much like a smartphone, our devices can be operated intuitively by anyone who handles them.

We’ve worked to pack everything into a compact body, while aiming to create a fusion splicer that can be used anywhere by anyone.

                          Reason Three - Precision    

Unbelievably Quick

Our passionate commitment to true precision has achieved the world’s highest level of speed. With a splicing time of just 5 seconds and a heating time of only 9 seconds, we’ve significantly improved our products’ operation times.

What’s more, these incredible speeds maximize onsite efficiency. Say goodbye to stress.

                       Reason Fourth -  Unsurpassed Toughness

Whether working at altitudes of 6,000m or operating in the harshest of weather conditions, Sumitomo Electric delivers the durability required to carry out your mission no matter how severe the environment.

From Mount Everest to the middle of the Pacific Ocean, our products ensure the toughness you need to complete the challenging tasks you face, whatever the location. Enjoy unparalleled high performance, wherever and whenever you need it.

 

                         Reason Fifth - After Service  

Ongoing After-Sales Support

Fiber Joint splicers are precision devices that perform best with regular maintenance.

After purchasing a product from us, we provide professional after-sales support to ensure our valued customers’ continued satisfaction.

Starting with our 11 directly-operated sales agencies worldwide, Sumitomo Electric has built a network of 100 maintenance centers and over 150 distributors in more than 80 countries.

Our professional maintenance engineers stand alongside our customers to ensure that the products they have purchased continue to perform their best well into the future.

Sumitomo Fusion splicing Machine Service camp in Patiala on 17th July 2019

Candid Optronix organized Organized Sumitomo Fusion splicing Machine Service camp in Patiala, Punjab on 17th July 2019.

Venue: Fastway Office.
Visit Now! www.optronix.in

To Get More Info, Please Call at Mobile No: +91-7307308536

How to use a Splicing Machine?

The Method of Splicing Machine/fusion splicing normally involves heat to melt or fuse the ends of two optical fibers together. The splicing process begins by preparing each fiber end for fusion.

Below are Mention the instruction of Splicing Machine or fusion splicing:

Step 1:  Stripping the fiber:

 Stripping is the act of removing the protective polymer coating around optical fiber in preparation for fusion splicing. The splicing process begins by preparing both fibers ends for fusion, which requires that all protective coating is removed or stripped from the ends of each fiber.

Step 2. Cleaning the fiber: The customary means to clean bare fibers is with alcohol and wipes

.

Step 3. Cleaving the fiber: The fiber is then cleaved using the score-and-break method so that its end-face is perfectly flat and perpendicular to the axis of the fiber. The quality of each fiber end is inspected using a microscope. In Splicing Machine/fusion splicing, splice loss is a direct function of the angles and quality of the two fiber-end faces. The closer to 90 degrees the cleave angle is the lower optical loss the splice will yield. The quality of the cleave tool being used is critical.

Splicing the fibers - Current fusion splicers are either core Alignment Fusion Splicer or cladding alignment Splicing Machine. Using one of these methods the two cleaved fibers are automatically aligned by the fusion splicer in the x,y,z plane, they are fused together. Prior to the removal of the spliced fiber from the fusion splicer, a proof-test is performed to ensure that the splice is strong enough to survive handling, packaging, and extended use. The bare fiber area is protected either by recoating or with a splice protector. A splice protector is a heat-shrinkable tube with a strength membrane and less loss.

A simplified Optical Splicing Machine procedure includes:

1.     Characteristics of placement of the splicing process.

2.     Checking fiber optic splice closure content and supplementary kits.

3.     Cable installation in the oval outlet.

4.     Cable preparation.

5.     Organization of the fibers inside the tray.

6.     Installing the heat-shrinkable sleeve and testing it.

How do fusion splicer works?

 Candid Optronix is an ISO 9001:2015 Certified Company in India. Follow the step by step fusion splicer work as given below-

1. using good quality fiber optic.

2. should be cleaning fiber by alcohol( get the best result 98%)

3. Choosing by cable type - The cables laid down in network construction are one of two types, single fiber, and ribbon fiber, and these correspond to two types of product: single fiber fusion splicers and ribbon fiber fusion splicers respectively.

Ribbon fiber fusion splicers are used with ribbon fiber, enabling them to splice multiple fibers at once, and giving them the advantages of the efficient use of the wiring space and a shorter time needed to carry out the work. 

On the other hand, due to the mechanism design, core alignment fusion splicers allow high-precision alignment, providing the advantage of low-loss splicing.

Our company offers a wide line up of fusion splicers, starting with the TYPE-81m12 ribbon fiber fusion splicers and the TYPE-82C for single fiber fusion splicers. Below, I will explain some ways to think about choosing a machine, focusing on single fiber fusion splicers.

Choosing by fiber type- For modern fibre-optic networks, depending on their purpose, each fibre manufacturer independently designs, manufactures and sells worldwide not just standard SMF/MM fibre, but also various other types, including BIF (Bend-Insensitive Optical fibre, which is less sensitive to stress, particularly bending) and NZDSF (Non-zero dispersion-shifted fibre, which is designed to overcome the problems of dispersion-shifted fibre).

Choosing by network type - Our fusion splicer lineup also features the specialized FTTH splicer T-400S. And for cases such as the last one-mile connection of an FTTH network, where some level of loss is acceptable, the z1c fusion splicer is popular for use in access networks. We offer many other products to suit the capabilities and costs required by each kind of network construction.

Sumitomo Electric Group launched SumiCloud™ app

SumiCloud is the Powerful tool that supports your fusion splicer in the field. Using SmartPhone, connect to internet & Sumitomo's cloud services which include data management, Asset Management, firmware updates & maintenance support.

Enjoy a new Generation splicer experience with SumiCloud.

SumiCloud Function - 

Smooth & Secure support field operator using Sumicloud smartphone & for Managers using SumiCloud WebApp.

SumiCloud delivers benefits to all Users - telecom carriers, installation contractors, rental companies & maintenance offices.

Download the best SumiCloud Web App from google play & Apple Store for Several User. To Get knowledge about the SumiCloud web app & SumiCloud Function from Candid Optronix Website. Choose the best fusion splicer 82c with SumiCloud SD Card Using the smartphone with SumiCloud Application

Note 1. SumiCloud SD card is required to add SumiCloud Function on the splicer.

 




















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