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  • Fixturlaser LEVEL

    Fixturlaser LEVEL

    Fixturlaser LEVEL is used for levelling machines or machine parts during installation and gives accurate measurement results. The measuring sensor measures the angular deviations from the surface in two axes using a wide measurement range (± 50 mm/m), high accuracy and with a resolution down to 0.01 mm/m.

  • By Brad Case

    Flatness Measurement Repeatability Test

    When performing the Ariel ER-82 Top Plane Compressor Frame Measurement, surrounding reciprocating compressors in operation may cause repeatability issues due to excessive vibration.

  • By Stan Riddle

    Vibration Sensor Mounting Tips

    Establishing good habits with sensor placement will get you one step closer to determining the health of any machine.

  • Steve Matthews

    Long Distance Rough Alignment with the Coning Method

    Recently, we was called to consult with a customer to recommend a procedure and alignment tools for a very long-distance vertical pump alignment. First, we will describe the machine and then how we aligned it. This large raw sewage pump machine train begins at the driver level. In this plant, floor levels are described by relationship to sea level. At the top level (+35), the primary mover, a

  •  Thermal Growth - Shaft Alignment

    Thermal Growth - Shaft Alignment

    In shaft alignment, machines that run hot often have In shaft alignment, machines that run hot often have thermal growth targets. Thermal targeting simply means that the shafts may be misaligned while at room temperature, but as they heat up to operating temperature, they will “grow” into alignment.
    But where does the thermal growth target come from?
    Many times, the machine manufact

  • By Brad Case

    Simple items that can cause unexpected results, non-repeatability, and soft foot issues.

    Over the years we have fielded several technical support calls from maintenance personnel having repeatability and soft foot issues (during an alignment) all of which had a common issue; other influences. Meaning not the typical looseness, coupling backlash, soft foot issues.
    During the “heat of the battle” to get the precision shaft alignment job finished it is easy to overlook simple items th

  • By Tom Shelton

    How Do You Align Machinery on a Flexible Base?


    This is as much a title for a blog as it is a question. One our Technical Trainers once stated that to align rotating machinery, they must first be alignable. What is meant in part by this is that when we have a collinear tolerance of 0.5mil /1” angularity and 2.0 mils offset, the machines must be mounted to a stable foundation to be able to hold the tolerance.
    Flexion of the base in some c

  • By Tom Shelton

    Why and How to Measure in Clock Method

    Proper use of any tool is essential to success in achieving your desired goal. Many tools have optional configurations to adapt that tool to your needs. Fixturlaser Precision Alignment Systems are no different. The alignment tools produced by Acoem/Fixturlaser are second to none in ease of use. The Acoem AB design engineers do all they can to provide the end user with an alignment tool that can be

  • By Stan Riddle

    Pump Vibration – Even Cavitation Isn’t Always Cavitation!

    Most people who work on, or around pumps are familiar with the term “cavitation”. It is often used as a catch all phrase for any flow-related vibration on pumps, and is often reported by vibration analysts when:
    Pump noise level is high, Pump vibration is erratic, with lots of “noise” in the spectrum.
    But there are a handful of flow-related vibration problems on pumps, and only one of tho

  • By James Pekarek

    Cutting Corners Can Affect Safety and MTBF

    Precision shaft alignment is area of importance. As studies have shown not preforming precision shaft alignment of rotating machinery will most certainly lead to early equipment failure.

  • By Steve Matthews

    Compressor Rod Runout with the Fixturlaser NXA Runout Probe

    When measuring runout with the Fixturlaser NXA Runout Probe the best practice is to first measure the coupling for non-circular rotation. If runout is detected, the next step is to measure the shaft to determine if the runout is caused by a bent shaft versus an eccentric coupling

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