HIOS 사용자 방문 기획

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CASE STUDY
  • CASIO
  • Panasonic CONNECT
  • MITSUBISHI ELECTRIC
  • OMRON
  • FUJIFILM
  • SIGMA
  • HITACHI
  • RICOH
  • High-Speed Camera Captures Shocking Footage
    Phillips Screw vs. Intrtorque®

    Cam-Out Occurs
    At the moment cam-out occurs, conductive debris (contamination particles) scatter into the air.

    This contamination can cause PCB short circuits, quality defects, bit wear, screw damage, automated line stoppages, and other serious manufacturing problems.

    Zero Wobble & Zero Cam-Out Design
    Intrtorque® is a proprietary HIOS PAT. screw designed with high fitting stability to prevent cam-out while delivering stable fastening performance and superior workability.

    HIOS Intrtorque®PAT.
  • High-Speed Camera Captures Shocking Footage
    Phillips Screw vs. Totupla®

    Cam-Out Occurs
    At the moment cam-out occurs, conductive debris (contamination particles) scatter into the air.

    This contamination can cause PCB short circuits, quality defects, bit wear, screw damage, automated line stoppages, and other serious manufacturing problems.

    Zero Cam-Out Design
    Totupla® is a proprietary HIOS PAT. screw designed to prevent cam-out caused by bit lift-up while providing superior torque transmission performance.

    HIOS Totupla®PAT.
  • High-Speed Camera Comparison
    Hexalobular vs. Intrtorque®

    Even slight wobbling during fastening can cause screw galling and reduced work performance.

    Galling, screw lift-up, takt time reduction, and unstable fastening can significantly impact work quality.

    Zero Wobble Design
    Intrtorque® delivers stable workability even in difficult fastening applications such as horizontal and angled fastening, as well as automated assembly lines, thanks to its high fitting stability.

    HIOS Intrtorque®PAT.