High-speed image processing technology is adopted to automatically complete the entire process of fiber fusion splicing; it has higher efficiency than ordinary fiber fusion splicers on the market.
It uses autofocus and core alignment technology, which is more accurate than cladding alignment technology and has less signal loss. Single-mode, multi-mode, bare fiber, pigtail, rubber insulation, multi-core optical cable.
High-speed image processing technology is adopted to automatically complete the entire process of fiber fusion splicing; it has higher efficiency than ordinary fiber fusion splicers on the market.
It uses autofocus and core alignment technology, which is more accurate than cladding alignment technology and has less signal loss. Single-mode, multi-mode, bare fiber, pigtail, rubber insulation, multi-core optical cable.
High-speed image processing technology is adopted to automatically complete the entire process of fiber fusion splicing; it has higher efficiency than ordinary fiber fusion splicers on the market.
It uses autofocus and core alignment technology, which is more accurate than cladding alignment technology and has less signal loss. Single-mode, multi-mode, bare fiber, pigtail, rubber insulation, multi-core optical cable.
High-speed image processing technology is adopted to automatically complete the entire process of fiber fusion splicing; it has higher efficiency than ordinary fiber fusion splicers on the market.
It uses autofocus and core alignment technology, which is more accurate than cladding alignment technology and has less signal loss. Single-mode, multi-mode, bare fiber, pigtail, rubber insulation, multi-core optical cable.