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MPO Cable Sequence Tester
The wire sequence tester utilizes optical microscopy principles, employing high-magnification optical microscopes and advanced digital imaging technology to enable automatic inspection of wire sequence arrangements. It addresses the issues of misidentification or missed inspections caused by eye strain during manual visual inspection, alerting operators through audio and visual cues to ensure product quality, reduce operator workload, and improve production efficiency.
Product Applications
MT/MPO Fiber Sequence Verification
Case Studies
Commscope, Corning, Rosenberger, Teda Information, Onn, Zhishang, Aide Tai, Hengdong, Zhongtian, etc.
Product Features
We define product performance through core technologies to meet the demanding requirements of industrial testing.
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01A single test takes less than 0.5 seconds.
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02Features front-and-back detection , eliminating the need to identify the fiber orientation.
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03Features real-time detection startup mode, without the need to trigger the startup switch
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04Automatically identifies fiber sequence and indicates the location of the incorrect fiber .
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05A glare shield is provided to prevent the light source from causing eye discomfort.
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06Features a delayed sleep mode, saving energy and extending the lifespan of the light source.
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07Ability to identify fiber optic cable sequences in complex situations, such as distinguishing between similar colors, identifying cable widths, detecting cable edges, and identifying features like tape and fake fibers
Product Advantages
Leveraging advanced algorithms and extensive databases, we provide reliable and in-depth testing and validation.
Comprehensive auxiliary testing
We offer a variety of specialized inspection methods tailored to the specific needs of each customer, including: width inspection to prevent over- or under-counting of fibers; edge inspection to prevent false positives caused by adhesive overflow; tape inspection to prevent false positives caused by tape shadows; single-sided inspection to prevent directional errors; and color-blind detection for applications involving ring-shaped fiber bundles.
Visualized results
Compare with the standard diagram to help users visually identify the location of the wiring error.
Superior optical configuration
Utilizing industrial-grade, high-brightness, and highly uniform planar illumination sources in conjunction with a microscopic imaging optical path, the system continuously produces stable, clear, and detailed fiber-optic images, laying a solid foundation for image recognition. At the same time, the light source’s longevity is ensured.
Save Multiple Tasks
Create different reusable inspection tasks based on different materials or line sequences. After selecting a task, quickly load the corresponding sample. For 24-pin connectors, you can use the same name with different suffix numbers; simply use the numeric keys on the numeric keypad to quickly switch between tasks and start the inspection.
Exquisite fixtures
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The flip type fixture creates stable conditions for image extraction of standard samples. The precise slot design and fine adjustment of the differential head achieve accurate positioning of the ribbon fiber, while also enabling rapid replacement of the ribbon fiber during continuous detection. By cooperating with software for intelligent recognition of image posture, it ensures that different operators can obtain the same detection results during detection.
Excellent optical configuration
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Adopting industrial quality high brightness, high uniformity flat lighting source, combined with microscopic imaging optical path, continuously outputs stable, clear, and delicate fiber images, laying a good foundation for image recognition. At the same time, the lifespan of the light source can also be guaranteed for along time.
Multi task
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Generate different repeatable testing tasks based on different materials or line sequences. After selecting a task, quickly call up the corresponding sample. For 24 cores, you can name them with the same name and different number endings. You can quickly switch tasks and start testing using the numeric keys on the mini keyboard.
Rich auxiliary detections
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Based on the actual situation of different customers, we provide various special process detection methods, including: width detection to avoid excessive or insufficient fibers, edge detection to avoid misdetection after glue overflow, tape detection to avoid misdetection of tape shadows, single side detection to avoid directional errors, and ignoring color to adapt to circular tape fiber applications.
Visualized results
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Compared with the standard sample graph,it is convenient for users to intuitively view the position of line sequence errors.
Download Documents
A collection of product manuals and technical guides to help you deploy and utilize our products effectively
Service and Support
Providing technical services and customer support throughout the entire product lifecycle
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Instructions and Detailed ExplanationThis section provides detailed product operation guides, feature explanations, and FAQs to help you quickly master the core features, fully leverage the device’s capabilities, and achieve independent and efficient operation and maintenance. -
Contact a Sales SpecialistIf you have specific application requirements or questions about product selection, our sales experts will provide you with personalized, one-on-one consultation and recommend the optimal solution tailored to your specific needs.
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