Category

Shock Absorber

Shock Absorber

Showing 19–27 of 30 results

  • CKD NCK Series Fixed Shock Absorber

    NCK-00-20

    NCK-00-20

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD NCK Series Fixed Shock Absorber

    NCK-00-20-C

    NCK-00-20-C

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD NCK Series Fixed Shock Absorber

    NCK-00-20-N1

    NCK-00-20-N1

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD NCK Series Fixed Shock Absorber

    NCK-00-7

    NCK-00-7

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD NCK Series Fixed Shock Absorber

    NCK-00-7-C

    NCK-00-7-C

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD NCK Series Fixed Shock Absorber

    NCK-00-7-N1

    NCK-00-7-N1

    CKD NCK Series Fixed Short Absorber Ideal buffering device for stopping a workpiece with thrust at medium or slow speeds.

    Category:
  • CKD SCK Series Short Absorber

    SCK-00-0.3

    SCK-00-0.3

    CKD SCK Series Adjustable Shock Absorber due to constant resistance throughout the stroke.
    Resistance can be shifted to high or low by adjusting, so collision energy can be absorbed appropriately.

    Category:
  • CKD SCK Series Short Absorber

    SCK-00-0.3-N1

    SCK-00-0.3-N1

    CKD SCK Series Adjustable Shock Absorber due to constant resistance throughout the stroke.
    Resistance can be shifted to high or low by adjusting, so collision energy can be absorbed appropriately.

    Category:
  • CKD SCK Series Short Absorber

    SCK-00-0.6

    SCK-00-0.6

    CKD SCK Series Adjustable Shock Absorber due to constant resistance throughout the stroke.
    Resistance can be shifted to high or low by adjusting, so collision energy can be absorbed appropriately.

    Category: