Scepter X2 Dual Position Connector Polisher

Specifications

Fiber Diameter Range: 1 – 1 um
Objects Polished: Fiber Connectors, Waveguides, Bare Fiber, Other
Inspection Options: Real-Time Polishing Inspection, In-Line Surface Inspection, Video Signal, Geometry Measurements, Other
Apex Offset: <50 microns, maximum
Apex Offset: <15 microns, typical
Radius Of Curvature: 10-25 mm, 2.5 mm ferrules
Radius Of Curvature: 7-20 mm, 1.25 mm ferrules
Radius Of Curvature: 5-12 mm, APC ferrules
Undercut/Protrusion: 0 to -100 nm
Back Reflection: < -60 dB, UPC
Back Reflection: < -65 dB, APC
Insertion Loss: < 0.25 dB, typical
Connector Capacity: 24 connectors using Independent Suspension workholders
Connector Capacity: 58 connectors with high capacity workholders
Process Time: Approximately 3 to 8 sec/connector
Polishing Pressure: Programmable, sub-micron, automated, linear displacement
Polishing Speed: Program selectable
Cycling Timing: Program selectable
Polishing Motion: Random orbital
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Features


  • Dual-Position Polishing: Doubles capacity compared to the standard Scepter™ system.

  • Independent Suspension Workholders: Ensures uniform contact and maximized polishing film life.

  • External PC Control with Microfeed™: Provides precise adjustment of polishing parameters.

  • Universal Connector Support: Compatible with all industry-standard, MIL-spec, and custom connectors/termini.

  • Telcordia-Compliant Results: Meets and exceeds industry standards for apex offset, radius of curvature, and surface geometry.

  • Programmable Automation: Selectable cycle time, pressure, speed, and orbital motion for process optimization.

Applications


  • High-Volume Fiber Optic Manufacturing: Increases throughput with dual-position and high-capacity workholders.

  • Telecommunication Networks: Delivers consistent, Telcordia-compliant optical performance for reliable network operation.

  • Military and Aerospace Fiber Systems: Supports MIL-spec connectors for mission-critical optical applications.

  • Research and Development Labs: Enables precision polishing with programmable parameters for custom optical experiments.