Fiber Optic Splicing Machine

Description

Fiber Optic Splicing Machine utilize a technique called fusion splicing to seamlessly join two optical fibers together. This process involves aligning the fiber cores precisely and then using an electric arc to fuse them together, creating a continuous optical path for light transmission. These machines typically consist of a fusion splicing unit, a cleaver for preparing fiber ends, a microscope for alignment inspection, and a heating element for fusion.

Fiber Optic Splicing Machine Specifications:

1. 6 motors for fiber positioning,
2. core alignment or cladding alignment options,
3. AUTO mode option,
4. x300 magnification factor,
5. quad-core processor providing fast response times,
6. splicing time from 5 seconds,
7. quick sleeve heating period (15 s for 40 mm sleeve),
8. configuration with dedicated smartphone app (Android/iOS),
9. the app can create operation reports (export to xls),
10. large (5.1”) display with adjustable brightness,
11. metal casing underneath, covered with rubber layer,
12. high-capacity exchangeable battery (7800 mAh, ca. 200 splicing and heating operations),
13. battery charging time: ca 3.5 h,
14. USB adapter for smartphone charging,
15. universal fiber holders,
16. high-quality practical toolbox,
17. large set of accessorFiber Optic Splicing Machine

Fiber Splicing Machine Applications:

1. Telecommunications: Fiber Optic Splicing Machine are extensively used in telecommunication networks for splicing optical fibers in backbone networks, access networks, and last-mile connections.
2. Data Centers: They are crucial in data centers for creating high-speed optical connections between servers and networking equipment, ensuring fast and reliable data transmission.
3. Cable TV and Internet Services: Splicing machines are used by cable TV and internet service providers to maintain and expand their fiber-optic infrastructure for delivering high-bandwidth services to subscribers.
4. Industrial Applications: Industries such as oil and gas, manufacturing, and transportation utilize fiber optic splicing machines for building robust communication networks in harsh environments.
5. Military and Defense: Military applications often require secure and reliable communication networks, making fiber optic splicing machines valuable for building tactical and strategic communication systems.