KR16-PP
NKE Bearings

KR16-PP

  • Inner Ø 6.00 mm
  • Outer Ø 16.00 mm
  • Width 28.00 mm
  • Weight 0.02 kg
KR22-PP
NKE Bearings

KR22-PP

  • Inner Ø 10.00 mm
  • Outer Ø 22.00 mm
  • Width 36.00 mm
  • Weight 0.04 kg
KR26-PP
NKE Bearings

KR26-PP

  • Inner Ø 10.00 mm
  • Outer Ø 26.00 mm
  • Width 36.00 mm
  • Weight 0.06 kg
KR30-PP
NKE Bearings

KR30-PP

  • Inner Ø 12.00 mm
  • Outer Ø 30.00 mm
  • Width 40.00 mm
  • Weight 0.10 kg
KR32-PP
NKE Bearings

KR32-PP

  • Inner Ø 12.00 mm
  • Outer Ø 32.00 mm
  • Width 40.00 mm
  • Weight 0.10 kg
KR35-PP
NKE Bearings

KR35-PP

  • Inner Ø 16.00 mm
  • Outer Ø 35.00 mm
  • Width 52.00 mm
  • Weight 0.16 kg
KR40-PP
NKE Bearings

KR40-PP

  • Inner Ø 18.00 mm
  • Outer Ø 40.00 mm
  • Width 58.00 mm
  • Weight 0.24 kg
KR47-PP
NKE Bearings

KR47-PP

  • Inner Ø 20.00 mm
  • Outer Ø 47.00 mm
  • Width 66.00 mm
  • Weight 0.38 kg
KRV16
NKE Bearings

KRV16

  • Inner Ø 6.00 mm
  • Outer Ø 16.00 mm
  • Width 28.00 mm
  • Weight 0.02 kg
KRV16-PP
NKE Bearings

KRV16-PP

  • Inner Ø 6.00 mm
  • Outer Ø 16.00 mm
  • Width 28.00 mm
  • Weight 0.02 kg
KRV19
NKE Bearings

KRV19

  • Inner Ø 8.00 mm
  • Outer Ø 19.00 mm
  • Width 32.00 mm
  • Weight 0.03 kg
KRV19-PP
NKE Bearings

KRV19-PP

  • Inner Ø 8.00 mm
  • Outer Ø 19.00 mm
  • Width 32.00 mm
  • Weight 0.03 kg

Cam cylindrical roller bearings

NKE Cam Cylindrical Roller Bearings are single-row bearings specifically designed to excel in linear motion applications requiring exceptional precision and high load capacity. Their unique design combines the low-friction rolling action of cylindrical rollers with a contoured outer ring profile, making them ideal for machine tools, textile machinery, robotic systems, and other equipment demanding accurate linear guidance.

A cam cylindrical roller bearing features a full complement of cylindrical rollers contained within a machined raceway groove in the inner ring and a specially contoured outer ring. This contoured profile, often elliptical or cam-shaped, minimizes roller skewing during linear travel, ensuring smooth, precise motion.

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