Which of the following is NOT a fusion splicer technology?

Which of the following is NOT a fusion splicer technology?

• A. Profile Alignment System (PAS)
• B. Local Inject and Detect (LID)
• C. Fixed V-Groove
• D. Angle Cleaver

Answer: (D)

Fusion splicing relies on precise alignment of the two fiber ends using specialized alignment technologies. The Profile Alignment System uses cameras and sensors to map and align the fiber cores in three dimensions. Local Inject and Detect guides alignment by injecting light and watching how it travels through the fibers to ensure correct positioning. Fixed V-Groove provides a stable, mechanical hold where each fiber sits in a groove so their axes stay perfectly aligned during fusion. An Angle Cleaver, however, is a cleaving tool used to prepare the fiber end by creating an angled face. That preparation tool isn’t a technology inside the splicer that handles alignment or fusion, so it isn’t a fusion splicer technology.

Fusion splicing relies on precise alignment of the two fiber ends using specialized alignment technologies. The Profile Alignment System uses cameras and sensors to map and align the fiber cores in three dimensions. Local Inject and Detect guides alignment by injecting light and watching how it travels through the fibers to ensure correct positioning. Fixed V-Groove provides a stable, mechanical hold where each fiber sits in a groove so their axes stay perfectly aligned during fusion. An Angle Cleaver, however, is a cleaving tool used to prepare the fiber end by creating an angled face. That preparation tool isn’t a technology inside the splicer that handles alignment or fusion, so it isn’t a fusion splicer technology.