Norland CC6000The first low cost, automated, non-contact interferometer for fibre optics. The Norland Connect-Chek® CC6000 automatically and precisely measures radius of curvature, apex offset of polish, and fibre undercut or protrusion on any PC or APC single-fibre connector. The breakthrough technology used in the CC6000 is unlike any other system on the market today and now allows interferometric connector analysis to be affordable to all users. |
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Norland ACCIS AC-3000The AC-3000 is a fully automated, non-contact interferometric microscope designed for measuring the end-face geometry of fibre optic surfaces such as connector assemblies, ferrules and optical fibres. Using a versatile inverted microscope with a built-in camera and a high-speed computer, the AC-3000 provides immediate 3D topographical information on the surface being inspected. |
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Norland ACCIS AC-3005The AC-3005 incorporates a Michelson interferometric objective lens on an inverted microscope with a built-in camera and a high-speed computer. With its user-friendly Windows NT software it provides immediate 3D topographical information on the surface being inspected.The AC-3005 is the first system for array connectors that automatically measures planar fibre height for up to 18 fibres per connector. Utilising the new Multiple Image Overlay Software, it takes measurements across the surface and combines them in a seamless display of the end-face geometry. Movement of the stage is automatic, and easy-to-follow instructions are displayed on the screen. |
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Norland Advantage Multifibre SystemThe Norland Advantage Multifibre System is an automated non-contact interferometer designed for measuring the end-face geometry of fibre optic connector surfaces including multifibre connectors, fibre arrays and single-fibre PC/APC connectors. The Advantage combines the features of Norland's renowned single-fibre interferometer with an improved, higher-resolution multifibre interferometer system. This combination yields the most versatile, easy-to-use system available today for fibre optic testing. |
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