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Precision Machinery Alignment Expertise

Because You Can't Afford to Get It Wrong

When equipment isn't precisely aligned, the consequences compound: Accelerated wear. Increased vibration. Unexpected shutdowns. Shortened asset life. CR Meyer alignment teams bring the discipline, calibrated tooling, and industrial experience to get it right the first time — and keep it running right.

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The Alignment Work We Do — and Why Accuracy Determines Long-Term Performance

Precision machinery alignment requires tradespeople who understand not just the mechanics of alignment, but how equipment behaves in real industrial environments — under load, at operating temperature, with adjacent systems still running.

CR Meyer's alignment crews handle:

Laser shaft and conventional alignment for rotating equipment

Laser shaft and conventional alignment for rotating equipment

Alignment during new installations, replacements, and relocations

Alignment during new installations, replacements, and relocations

Corrective alignment during outages and maintenance windows

Corrective alignment during outages and maintenance windows

Startup support and troubleshooting for vibration, wear, and premature failure

Startup support and troubleshooting for vibration, wear, and premature failure

Assist with anchor bolt and sole plate installations

Assist with anchor bolt and sole plate installations

Pre- and post-alignment documentation for baseline records and maintenance reference

Pre- and post-alignment documentation for baseline records and maintenance reference

Even minor misalignment creates mechanical stress that compounds over time, showing up as increased maintenance, unexpected downtime, and shortened asset life.

CR Meyer aligns critical machinery with the industry's most advanced tools — including Leica laser optical equipment and the Rotalign Touch, a high-precision, cloud-enabled shaft alignment system built for demanding industrial applications.

Better Alignment Outcomes Start with Better Coordination

When alignment is handled outside the broader project team, precision is the first thing that suffers.

Precision alignment follows mechanical installation, intersects with piping and electrical scopes, and often occurs within tight outage windows. Sequencing gaps, communication delays, and divided accountability are risks no high-stakes alignment scope can afford.

 

CR Meyer performs alignment with its own workforce — the same self-perform model that governs our millwrighting, piping, ironwork, and electrical scopes. The crew performing alignment is coordinated by the same field leadership managing the full project. When something needs to be resolved quickly, the answer doesn't have to travel through a subcontractor.

 

What this means for your project:

Sequenced, Not Scheduled Around

Alignment is built into the broader project scope from the start — not treated as a separate workstream.

One Safety Standard Across Every Crew

No subcontractor arriving with different training, different habits, or different accountability. What CR Meyer expects in the field is what every person on site delivers.

Faster Decisions When Conditions Change

When a field condition shifts, the millwright, the pipefitter, and the project manager are on the same team. The answer doesn't wait for a phone call to a subcontractor who isn't on site.

One Team Accountable for Every Outcome

There's no subcontractor to point at when something goes wrong. CR Meyer owns every scope, every schedule commitment, and every result — start to finish.

Alignment done late, or by a crew that wasn't part of the project, means working backward through tolerances that may have shifted during installation. When it's planned from the beginning, alignment is a quality control measure rather than a corrective one. CR Meyer's alignment crews work alongside our millwrights and ironworkers, which is how precision gets protected from first placement to final commissioning.

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Industries Where Precision Alignment Is Most Critical

Alignment Work That Held Up Under Pressure

The best way to understand CR Meyer's alignment capability is to look at where it's been applied — demanding environments, tight schedules, and outcomes that depended on getting it right.

Precision Machinery Alignment

Installation of a Coated Board Machine & OCC Plant Upgrade

CR Meyer was awarded the installation of a Coated Board Machine. This project included all aspects of the machine erection including alignment and on-machine piping. The new paper machine was connected to the existing mill with a 600 ft roll conveyor. CR Meyer also completed an upgrade to the existing OCC plant.
Installation of a Coated Board Machine & OCC Plant Upgrade
Installation of a Coated Board Machine & OCC Plant Upgrade

Precision Machinery Alignment

Installation of a 246-Inch Linerboard Paper Machine

The project involved the installation and alignment of 1,000 feet of pre-drilled and tapped machine sole plates, 47 machine drives, as well as unloading and marshalling of 320 sea containers.
Installation of a 246-Inch Linerboard Paper Machine
Installation of a 246-Inch Linerboard Paper Machine
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Frequently Asked Questions

What types of equipment does CR Meyer perform precision alignment on?
CR Meyer performs precision alignment on pumps, motors, compressors, turbines, fans, gearboxes, and other rotating equipment common to industrial processing facilities, power generation plants, and heavy manufacturing environments. Alignment work is performed as part of new equipment installations, equipment replacements, and as a standalone service during planned outages.
What alignment tools and technology does CR Meyer use?

CR Meyer uses laser alignment systems and other precision measurement tools to achieve and verify alignment tolerances during installation and commissioning. These tools provide accurate, documented readings that confirm equipment is within specification before it's put into service.

How does CR Meyer handle alignment work during planned outages?
Outage windows are fixed, and alignment work has to be completed within them without compromising the precision the work requires. CR Meyer plans alignment scopes as part of the overall outage schedule, coordinating with the mechanical and electrical trades that come before and after. Because those trades are often self-performed by the same team, sequencing alignment within the outage is a project management decision rather than a cross-contractor coordination challenge.
Why does misalignment cause premature equipment failure?
When rotating equipment operates out of alignment, it generates excessive vibration and uneven loading across bearings, seals, and couplings. Over time, that stress accelerates wear and leads to failures that wouldn't occur in properly aligned equipment. The maintenance costs, unplanned downtime, and replacement parts associated with those failures consistently exceed the cost of getting alignment right during installation.
How does precision alignment fit into CR Meyer's broader self-perform model?
Alignment is most effective when it's treated as part of the installation process rather than a final check performed after the fact. Because CR Meyer self-performs both millwrighting and alignment, the crews responsible for setting equipment and the crews responsible for verifying its alignment work within the same project structure. That integration produces better outcomes than alignment performed by a separate contractor working from another team's installation.

Have a Project That Requires Precision Alignment Expertise?

Let's talk about the scope, the environment, and what it takes to get it done right.

Whether you're planning a new equipment installation, preparing for an outage, or troubleshooting alignment issues affecting your operations, CR Meyer has the crews and the experience to handle it. Tell us about your project and we'll put the right team together.

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