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Specialized Systems

Precision Laser Alignment

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Training 2A - Mechanical ECS-6000

Precision Laser Alignment

Advance beyond ECS1 — master laser alignment from pre-checks and soft foot correction to thermal growth, delivering reliable and repeatable precision outcomes.

Duration·Varies Location·On-Site Participants·10-15
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Precision Laser Alignment
Overview

What this course is about

The Precision Maintenance® - Laser Alignment course is an advanced, hands-on training program that builds directly on the principles introduced in Essential Craft Skills 1 (ECS1). The course deepens technician capability in precision alignment by teaching both laser tool operation and the complete alignment process, including pre-alignment checks, soft foot correction, accurate moves, result validation, and thermal growth considerations to achieve reliable, repeatable outcomes.

Key Topics Covered

  • Review of Assembly & Installation - Precision Maintenance® Foundations
    Precision mindset, soft foot, shimming, & alignment.
  • Introduction to Precision Laser Alignment
    Why alignment matters, lasers vs. dial indicators, laser system principles, safety, and instrument care.
  • Pre-Alignment Essentials
    Soft foot types and causes, short-leg and angled soft foot correction, step shimming, and documentation.
  • Horizontal Shaft Alignment Procedures
    Bracket and sensor setup, data entry, measurement strategies, vertical and horizontal corrections, and repeatability.
  • Advanced Alignment Techniques
    Optimum move techniques, bolt-bound and base-bound conditions, limited sweep methods, thermal growth, and machine trains.
  • Why This Training Matters

  • Reduces mech. failures caused by misalignment
  • Extends asset life by lowering loads on bearings, seals, couplings, and motors
  • Creates faster, more accurate alignment execution
  • Reduces alignment errors and repeat work
  • Standardizes alignment quality
  • Who Should Attend
    • Craft Technicians
    • Leaders responsible for reliability initiatives
    • Maintenance Supervisors & Planners
    • Reliability Engineers and Technicians
    Typical Daily Outline

    What 3 days looks like on the floor

    Day 1
    Day 2
    Day 3

    Ecs1 Refresher, Misalignment Principles & Pre-Alignment

  • Review of Assembly & Installation (ECS 1) - Precision Maintenance® fundamentals
  • Common alignment mistakes and ECS1 corrective practices
  • Precision alignment principles
  • Laser system introduction & safety
  • Base and machine inspection
  • Pipe strain, runout checks, bent shaft indicators
  • Coupling and key-length inspection
  • Shimming review and application
  • Pre-alignment exercise (hands-on)Barriers
  • Science of motivations
  • Soft Foot & Laser Alignment Process

  • Soft foot review: ECS1 fundamentals expanded
  • Short leg and angle soft foot correction exercises
  • Documentation using ECS1-aligned record methods
  • Mounting brackets and laser components
  • Dimension entry, initial measurement, repeatability checks
  • Vertical and horizontal moves
  • Graphing alignment results
  • Plotting & validating corrections
  • Advanced Practices & Final Certification

  • Optimum move methodology
  • Limited sweep, multipoint, & pass mode functions
  • Dealing with poor repeatability
  • Thermal growth calculation and correction
  • Final practical alignments on student-selected machines
  • Alignment reporting and tolerances
  • Student presentations and documentation review
  • Graduation
  • Upon successful completion, participants will be capable of:

    • Confidently apply ECS1 concepts of soft foot, shimming, precision measurement, & pre-alignment
    • Use ECS1 practices as the foundation for advanced alignment

    • Complete the full alignment workflow on horizontal machines
    • Identify and eliminate misalignment, soft foot, pipe strain, runout

    • Graph alignment data and apply optimum move
    • Select and correct thermal growth influences
    • Resolve bolt-bound and base-bound challenges

    • Understand when alignment should not proceed
    • Produce high-quality, repeatable, documented results

    What Participants Say
    "

    Whether you're generating power from coal or fine-tuning control systems, Reliability Solutions makes the invisible visible — they help you understand the systems you can't even see with your eyes. No matter what prefix they put in front of my title, it's always been about reliability.

    Derek Holloway
    Electrical Reliability Engineer · Texas
    "

    Our facility processes over 2,000 tons per day. A single unplanned conveyor failure can cascade into hours of downtime. Reliability Solutions trained our team to identify the early indicators that prevent those cascades. That knowledge has been invaluable.

    Derek Simmons
    Reliability Specialist · Food Ingredient Plant, ID

    Learn more about the full training program

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