Optical Fiber STRIPPER
An optical fiber stripper is a tool used in the field of optical fiber communications and networking to remove the protective coatings or buffers from optical fibers. These coatings are typically made of materials like acrylate, polyimide, or other plastics. Stripping the protective coating is a crucial step in splicing, connectorization, and termination of optical fibers. There are various types of optical fiber strippers available, each designed for specific applications.
In summary, optical fiber strippers are essential tools in the field of fiber optics and telecommunications, used to carefully remove protective coatings from optical fibers without damaging the delicate glass core. The choice of stripper depends on the specific application and the type of coating being removed. Proper handling and maintenance are critical to ensure the quality and reliability of optical fiber connections.
Types of Optical Fiber Strippers:
Mechanical Strippers: These strippers use mechanical action, such as cutting or scraping, to remove the coating from the fiber. They are often used for field installations.
Thermal Strippers: Thermal strippers use heat to soften and remove the coating. They are more precise and are commonly used in laboratory or factory settings.
Chemical Strippers: Chemical strippers use chemical solutions to dissolve or soften the protective coating. They are less common and typically used for specialty applications.
Features and Components:
A typical optical fiber stripper includes a handle for grip and control.
There are various types of blades or stripping elements, such as V-notch, flat, or curved blades, depending on the type of coating being removed.
Some strippers have adjustable or interchangeable blades to accommodate different fiber types and coating sizes.
Precision and accuracy are crucial, as damage to the fiber core can result in signal loss or breakage.
Usage:
Optical fiber strippers are used during various tasks, including fusion splicing, mechanical splicing, connectorization, and during repairs or maintenance of fiber optic networks.
They are used to remove the outer protective coating while leaving the glass fiber core intact.
