CLA-600 is used to measure the cladding geometry parameters of various optical fibers. lt adopts a unique bright field lighting path to obtain high contrast dadding cross-sectional images, and in conjunction with a high-speed focusing &sampling set.It can provide rapid, accurate, and stable geometric parameter measurement for research and production customers.

COA-610 is a set of full-automatic optical fiber coating geometric parameter testing equipment, developed by our company, designed according to the IEC60793-1-21, Method A standard testing. It has excellent performance, high reliability, compact size, and short measuring time. Our optical fiber coating tester is designed to work independently and no need to matching with other equipment or tools. It can meet various optical fiber coating applications according to user-defined testing requirements. It can accurately measure optical fiber coating layers of different diameters, covering the range of 250 to 700 µm (customized version can cover up to 1200 µm). It can be applied to the delivery inspection, production process inspection, and warehouse-in inspection of special optical fibers.

PRIP-80,the vertical structure design,enables optical fiber manufacturers to fix full- automatically position of the optical fiber preforms,thus quickly and comprehensively characterizing the refractive index distribution of the entire preforms.Based to the refractive index data collected,the geometric indicators of preforms, such as mandrel diameter,outer diameter of quartz rod and concentricity,can be calculated.It is particularly suited for refractive index characterization of special optical fiber preforms.

RIP-100 is used to test the refractive index distribution of any fiber type. It can provide a three-dimensional distributed refractive index distribution along the fiber axis, assisting in NA calculations. In addition, it can also measure the geometric parameters of fiber, as well as the gain section of rare-earth doped fiber.

RIP-200 combines holographic microscopic tomography and enhanced near-field refractive measurement techniques, enabling analysis of refractive index distributions across various optical fiber types. It provides both two-dimensional cross-sectional and three-dimensional axial refractive index profiles to support numerical aperture (NA) calculations, while also measuring geometric parameters of optical fibers.

● Efficient-Fast mode ● Portable-Internal lithium battery ● Accurate-Self-determinedprocedure

●  Easy ●  Stable ●  Efficient

●  Easy ●  Stable ●  Efficient

●  Easy ●  Stable ●  Efficient