- A variable zoom microscope is used to obtain same image size on screen for any given capillary size.
- The ideal tool for cross checking of incoming spinerrettes against specifications
- A variable zoom microscope is used to obtain same image size on screen for any given capillary size.
- The ideal tool for cross checking of incoming spinerrettes against specifications
- A self-calibration is automatically performed before every inspection using a NIST traceable reticle before which provides maximum accuracy and repeatability.
- Ideal solution for process/quality certifications such as ISO.
- Optional provision for counterbore viewing is possible (available on select models)
- A self-calibration is automatically performed before every inspection using a NIST traceable reticle before which provides maximum accuracy and repeatability.
- Ideal solution for process/quality certifications such as ISO.
- Optional provision for counterbore viewing is possible (available on select models)
- User selected pass-fail criteria is easily established by selecting measurements, tolerances, acceptable failed capillaries, and number of acceptable plugged capillaries.
- Inspects capillaries ranging from 0.020mm to 5.0mm in diameter.
- Inspects capillaries ranging from 0.1:1 to 25:1 in length:diameter ratio at speeds of up to 0.35 seconds per capillary.
- User selected pass-fail criteria is easily established by selecting measurements, tolerances, acceptable failed capillaries, and number of acceptable plugged capillaries.
- Inspects capillaries ranging from 0.020mm to 5.0mm in diameter.
- Inspects capillaries ranging from 0.1:1 to 25:1 in length:diameter ratio at speeds of up to 0.35 seconds per capillary.
- Inspects all types of capillaries, including complex cross sections and multilocular cross sections. Inspection time remains same for all capillary shapes for any number of measurements.
- Remote diagnostics allow troubleshooting or upgrades without a service call.
- After automatic inspection, each Spinneret is objectively qualified as either “Passed” or “Failed”, according to the selected inspection criteria.
- Automatic correctional and focusing algorithms are built into the software, allowing inspection of warped and convex Spinnerets.
- After automatic inspection, each Spinneret is objectively qualified as either “Passed” or “Failed”, according to the selected inspection criteria.
- Automatic correctional and focusing algorithms are built into the software, allowing inspection of warped and convex Spinnerets.
- Inspection data is stored for data analysis, using pictorial and graphical representation to provide insight into the cleaning and extrusion processes.
- Automatic air purge cleans annoying dirt, fingerprints, cleaning beads, and other debris from the capillaries before the inspection is completed.
- Inspection data is stored for data analysis, using pictorial and graphical representation to provide insight into the cleaning and extrusion processes.
- Automatic air purge cleans annoying dirt, fingerprints, cleaning beads, and other debris from the capillaries before the inspection is completed.
- Inspection review tools include on-screen capillary images, measurement data, free roam control, and report generation.
- Capillary illuminator provides immediate visual identification of defective capillaries using a laser pointing device.
- Inspection review tools include on-screen capillary images, measurement data, free roam control, and report generation.
- Capillary illuminator provides immediate visual identification of defective capillaries using a laser pointing device.
- Automatic learn feature – A software feature of the SpinTrak™ that learns new capillary patterns and sizes by scanning the Spinneret in low magnification.
- Automatic learn feature – A software feature of the SpinTrak™ that learns new capillary patterns and sizes by scanning the Spinneret in low magnification.
- Unique capability of checking capillaries perpendicularly.
- Unique capability of checking capillaries perpendicularly.
- Advanced dirt detection capability of detecting dirt on the capillary exits and deep inside the capillary.
- Advanced dirt detection capability of detecting dirt on the capillary exits and deep inside the capillary.
- Provision to visually inspect any random Object other than spinnerets at high magnification.
- Provision to visually inspect any random Object other than spinnerets at high magnification.
- Built-in automatic marking system marks the failed capillaries with an erasable dye (available as an option)
- Built-in automatic marking system marks the failed capillaries with an erasable dye (available as an option)
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