| Summary: The scope of the project was to level and align 4 plates that created a 30 by 18 foot test bed. We were able to achieve an average flatness .002 inches level to gravity. |  |
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| Summary: The customer was concerned that the gear box case was bent due to the uneven wear they were seeing he contacted us to come in and measure everything out to see if it was within drawing specifications. We did find an out of tolerance in one side of the bore which saved them a lot of time and money from trying to reassemble the gear box only to find the same issue out later on. |  |
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| Summary: Our client wanted to reverse engineer an outlet pipe weldment. Their goal was to mass produce the parts for their customers. Shown is a photo of the actual parts we were able to measure, by sampling multiple units we were able to create average dimensions for the assembly this saved our customer time and money by eliminating multiple paper sketches. |  |
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| Summary: After the outlet pipe data was compiled we then created a 3D solid model, along with a paper drawing showing the dimensions required to fabricate the weldment. Shown is the final 3D computer model. |  |
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| Summary: Setting up a new machine using the tracker to map the position of the head compared to the nominal data of the controller when we started the average position was within .005 inches after completing the compensation the machine averaged .0003 inches with a backlash tolerance of .0002 inches. |  |
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| Summary: Utilizing the laser tracker to establish shaft center we are able to eliminate a timely set up of conventional plumb bobs and dial indicators for the stack alignment. This ensures a true and straight alignment for the winding. |  |
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