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  1. HiCap™ High-Capacity UPC Connector Workholders For Scepter™ Automated Polishing Systems 3/2/2026

    HiCap Workholders polish up to 28 UPC connectors with rapid loading, integrated pressure control, and high throughput processing for consistent endface contact.

  2. Universal UPC Fiber Optic Connector And Mil-Spec Termini Polishing Fixture 3/2/2026

    Universal Workholder polishes UPC connectors, ferrules, and mil-spec termini in one workholder, supporting SC, FC, ST, LC, MU, E2000, SMA, ARINC 801, and more.

  3. Orbit™ Bare Fiber Coning And Chisel Tip Shaping Module 3/2/2026

    Orbit™ adds conical and chisel tip shaping to NOVA™, with adjustable fiber rotation, 360° auto-reverse, touchscreen control, and repeatable angle positioning.

  4. Radian™ Bare Fiber Polisher For Laboratory, R&D, And Low-Volume Manufacturing 3/2/2026

    Radian™ polishes bare fiber, rods, or bundles at variable angles, with interchangeable adapters and swap-in workholders for connector polishing (flat, UPC, angled).

  5. FLex™ PIC & Waveguide Polisher For Photonic Integrated Circuits And Fiber Arrays 3/2/2026

    FLex™ provides cost-effective, high-precision polishing for waveguides, PLCs, optical chips, and fiber arrays, ideal for R&D and specialized production.

  6. SpecPro™ Fiber Optic Polisher For R&D, Medical, And Low-Volume Production 3/2/2026

    SpecPro™ delivers high-speed, cost-effective polishing of bare fibers and connectors in a compact system built for R&D and field environments.

  7. Proton™ Handheld Polisher For Mil-Spec Termini & Telecom/Datacom Connecters 3/2/2026

    The compact, handheld Proton™ Polisher brings flagship Independent Suspension technology to the field, delivering factory-quality, Telcordia-compliant fiber finishes.

  8. NOVA™ Automated Optical Polishing System For Connectors, Bare Fibers, And PIC/Waveguides 3/2/2026

    The multi-configurable NOVA™ polishing system delivers automated, scalable processing for diverse optical components, seamlessly handling connectors, waveguides, and specialty bare fibers.

  9. Choosing The Right Materials For Mico-Molded Optics And Photonics Components 2/26/2026

    Choosing materials for optical micro molding requires balancing transmission, stability, and manufacturability—because in photonics, polymer selection directly determines real-world performance and reliability.

  10. Breadboarding 2/22/2026

    Accelerate innovation from concept to commercialization with IDEX Health & Science, leveraging high-performance optical components, modular toolkits, and off-the-shelf speed for life science and industrial applications.