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Laser Alignment

Precision technique for aligning rotating machinery shafts using laser emitters and position-sensitive detectors, achieving accuracy of ±0.001-0.01 mm. Corrects angular, parallel, and combined misalignment far faster than dial indicator methods. Proper alignment reduces bearing loads by up to 50% and extends seal life. Leading instruments: SKF TKSA 71/80, Fixturlaser NXA Pro, Pruftechnik Rotalign Touch. Tolerances per ISO 10816 and API 686. Studies show 50% of premature bearing failures trace to misalignment.

What you need to know

  • Precision technique for aligning rotating machinery shafts using laser emitters and position-sensitive detectors, achieving accuracy of ±0.001-0.01 mm.
  • Corrects angular, parallel, and combined misalignment far faster than dial indicator methods.
  • Proper alignment reduces bearing loads by up to 50% and extends seal life.
  • Leading instruments: SKF TKSA 71/80, Fixturlaser NXA Pro, Pruftechnik Rotalign Touch.
  • Tolerances per ISO 10816 and API 686.

Full definition

Precision technique for aligning rotating machinery shafts using laser emitters and position-sensitive detectors, achieving accuracy of ±0.001-0.01 mm. Corrects angular, parallel, and combined misalignment far faster than dial indicator methods. Proper alignment reduces bearing loads by up to 50% and extends seal life. Leading instruments: SKF TKSA 71/80, Fixturlaser NXA Pro, Pruftechnik Rotalign Touch. Tolerances per ISO 10816 and API 686. Studies show 50% of premature bearing failures trace to misalignment.

Suppliers of belts & drives in Mexico

Applicable standards

ISO 10816

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