As the demand for higher performance heat exchangers continues to increase within the Aerospace, Automotive, Communications, Defense, Medical and Scientific industries, the features within them become increasingly smaller and more complex in an attempt to pack more cooling fin surface [read more...]
At EDM Intelligent Solutions, our high-resolution 3D scans of piece parts allow for form measurement and comparison to the 3D CAD model down to the µm scale. A form measurement is made by cutting profiles across the 3D part scan [read more...]
The team at EDM Intelligent Solutions utilizes unique 3D metrology equipment to quickly and accurately measure components with tight tolerances and intricate geometry, including gears of all shapes and sizes. Evaluation of the full 360° gear tooth profile of this [read more...]
At EDM Intelligent Solutions, our high-resolution 3D scans of piece parts allow for form measurement down to the µm scale. With our 3D Metrology services we’re able to offer our customers in-depth, non-contact and non-destructive measurements of almost any shape, [read more...]
Our 3D Metrology services provide in-depth, non-contact 3D measurement and inspection of almost any shape, size, form and surface roughness to a diverse set of industries including aerospace, automotive and mold tool and die. Our 3D Metrology Services group is [read more...]
At EDM Intelligent Solutions, our high-resolution 3D scans of piece parts allow for form measurement down to the µm scale. With our 3D Metrology Services we’re able to offer our customers in-depth, non-contact measurements of almost any shape, size, and [read more...]
At EDM Intelligent Solutions, our high-resolution 3D scans of piece parts allow for measurement down to the µm scale. Surface roughness measurement quantifies the frequency of peaks and valleys in the base material of a surface. With our 3D Metrology [read more...]
At EDM Intelligent Solutions, our high-resolution 3D scans of piece parts allow for form measurement down to the µm scale. A form measurement is made by cutting profiles across the 3D part scan data set and those included points are used to [read more...]