| Fiber Optic Measurement Tools FACTORY DIRECT & GREAT PRICING |
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| The Norland Connect-Chek ® CC6000 automatically and precisely measures radius of curvature, apex offset of polish, and fiber undercut or protrusion on any PC or APC single fiber connector. The first low cost, automated, non-contact interferometer for fiber optics . |
| CLICK ON "contact us tab" for ... RFQ, LEAD TIME, Product INFO email or call regarding APPLICATION Help? |
| CLICK ON "contact us tab" for ... RFQ, LEAD TIME, Product INFO email or call regarding APPLICATION Help? |
| Norland Products has developed the new AIM 2020 – Automated Interferometric Microscope. This system is designed as the ultimate tool for analyzing the end face polish of multifiber connectors. |
| Fully automated, non-contact interferometric microscope designed for measuring the endface of fiber optic surfaces. |
| Fully automated, non-contact interferometric microscope designed for measuring the endface of fiber optic surfaces including multifiber connectors, fiber arrays, and single fiber PC/APC connectors. |
| Fully automated, non-contact interferometric microscope designed specifically for measuring the endface geometry of array type structures. |
| The Centroc1000 is a specially designed auto-focus microscope with high gain imaging. The system performs concentricity measurements of a fiber optic ferrule cavity (ferrule ID) with respect to the ferrule OD using a precision automatic rotation apparatus. |
| The CentrocGPM is a specially designed microscope system with dedicated signal analysis software and precision motion control mechanisms. The system combines the eccentricity measurement features of our CentrocGP, together with a precision angular measurement and real-time tuning function for PM-type fiber optic connectors. |
| Automated system designed to measure core eccentricity for various types of fiber optic connectors. |
Cleave Chek ..... Provides detailed information about
the surface condition of a cleaved optical fiber.
the surface condition of a cleaved optical fiber.