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Since the resulting crack is allowed to propagate relatively slowly with little driving force, a smoother cleave results.Īn optional CACM Micrometer Backstop and Camera Assembly is available for when a lower tension cleave is required or when cleaving large-diameter fiber. The blade then scribes the fiber while the tension is being incrementally increased to propagate the scribe and produce a cleave. This sub-critical process applies a tension that is lower than required for a "standard" cleave. The CAC400 and CAC400A web-based software includes parameters that allow for high-quality cleaves of specialty fiber such as microstructured PCF and large-diameter PM fiber or when performing an angle cleave of MM or PM fiber. Replacement cleave blades are available below. For more information, please refer to the specific compact cleaver manual, which can be found by clicking on the red "Docs" icon ( ) below. The cleaver is designed so that the cleave blade can be repositioned approximately 10 times before replacement (assuming proper cleave parameters and usage that does not cause unexpected damage to the blade). When used with proper cleave parameters, a single location on the blade can provide up to 5,000 cleaves (dependent on the cladding properties of the fiber being cleaved).
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#Groove scribe software software#
For more details on the web-based software for the CAC400 and CAC400A Compact Cleavers, please see the Software tab.Įach cleaver includes a diamond blade for scribing the fiber. All that is needed is an internet connection, ethernet cable, and the provided IP address of the unit. See the Cleaving Guide tab for details.Ĭleaving parameters can be configured and controlled from a web interface accessible using any web browser. This method produces consistent low-angle cleaves with mirror-quality end-face finishes, ideal for splicing, and has a cleave angle accuracy of ☑.0°. The resulting cleave will be perpendicular to the maximum resultant stress created by the combined tension and torsion applied to the fiber. The CAC400A accomplishes angle cleaves by using the rotation stage to apply torsion to the fiber prior to scribing. These Vytran ® Compact Automated Fiber Cleavers are designed for cleaving fibers with claddings from Ø60 μm to Ø600 μm with a high degree of accuracy, ease of use, and versatility in manufacturing or research environments. The CAC400 is designed to produce flat cleaves perpendicular to the length of the fiber, while the CAC400A has a rotation stage for creating angle cleaves up to 15°.*Įach unit operates with a tension-and-scribe cleave method, whereby axial tension is first applied to the fiber followed by an automated scribe process utilizing a diamond cleave blade. After the blade scribes the fiber, tension is maintained, causing the scribe to propagate across the fiber perimeter and complete the cleave. Two magnetic base plates are included to hold the CACM Micrometer Backstop and Camera Assembly. A rotary stage adds a pre-programmed torsion to the fiber before tensioning it, allowing for an angled cleave. The excess fiber is secured by a fiber holding block, which contains a top and bottom insert each insert is selected based on the cladding diameter. The clip is secured by the fiber clip nest which translates, tensioning the fiber. The above image shows a fiber within a clip being inserted into the CAC400A Angled Fiber Cleaver. Contact Tech Support for Systems that Support Fujikura and Fitel Fiber Clips.Mirror-Quality End-Face Finishes Critical for High-Performance Splicing.
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