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LEONI Cable develops ultra-thin optical fibers
In some specific application scenarios, there may be challenges
of working closely together.
To solve this problem, LEONI Cable has greatly reduced the buffer layer diameter
by optimizing the optical fiber extrusion process.
"The technical challenge is that other things, namely the reproduction of reduced thickness, also involves raw materials
.
" LEONI cable said
.
In this regard, LEONI cable can provide new ultra-thin special silica fiber, as a biocompatible medical bare optical fiber, with a diameter of 200~1000 microns and a buffer layer thickness of 35~60 microns
.
LEONI Cable said that this will make optical fiber more flexible, especially suitable for applications in small spaces
.
This ultra-thin optical fiber has its advantages
in medical fields such as ENT rigid speculums.
/
LEONI Cable develops ultra-thin optical fibers
In some specific application scenarios, there may be challenges
of working closely together.
To solve this problem, LEONI Cable has greatly reduced the buffer layer diameter
by optimizing the optical fiber extrusion process.
"The technical challenge is that other things, namely the reproduction of reduced thickness, also involves raw materials
.
" LEONI cable said
.
In this regard, LEONI cable can provide new ultra-thin special silica fiber, as a biocompatible medical bare optical fiber, with a diameter of 200~1000 microns and a buffer layer thickness of 35~60 microns
.
LEONI Cable said that this will make optical fiber more flexible, especially suitable for applications in small spaces
.
This ultra-thin optical fiber has its advantages
in medical fields such as ENT rigid speculums.
/
/
