Scanning Equipment

  Long Range    Up to 70 M range  1.2 million data points per second.

Long Range 

Up to 70 M range

1.2 million data points per second.

  Short Range   7 Axes scanning and hard point data acquisition   +\- 0.0013" accuracy

Short Range

7 Axes scanning and hard point data acquisition 

+\- 0.0013" accuracy


Solid Modeling

 RER Engineers generate accurate solid models utlizing point cloud data.

RER Engineers generate accurate solid models utlizing point cloud data.

 Full parametric models are created and exported to Solidworks. Models can then be modified as need to or imported to FEA/CFD software. 

Full parametric models are created and exported to Solidworks. Models can then be modified as need to or imported to FEA/CFD software. 


Deviation Analysis

 Deviation analysis is used to ensure a geometric match between the old part and the new finish machined part. 

Deviation analysis is used to ensure a geometric match between the old part and the new finish machined part. 

 Axial cross-sectional deviation analysis used to verify flow passageway geometry and casting thickness. 

Axial cross-sectional deviation analysis used to verify flow passageway geometry and casting thickness. 

 Radial cross sectional deviation analysis is used to validate hydraulic characteristics. 

Radial cross sectional deviation analysis is used to validate hydraulic characteristics. 


Inspection

 Split case joint flatness evaluation. This process reveals low spots on the horizontal joint and depicts the gradation using color. It can also identify areas that may require additional bolting force using FEA analysis. 

Split case joint flatness evaluation. This process reveals low spots on the horizontal joint and depicts the gradation using color. It can also identify areas that may require additional bolting force using FEA analysis. 


 Dimensional inspections via CMM hard point proving. 

Dimensional inspections via CMM hard point proving. 

 Accurate to +\-0.0011". This process can produce a report showing concentricity, parallelism, and perpendicularity. 

Accurate to +\-0.0011". This process can produce a report showing concentricity, parallelism, and perpendicularity.