& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:07
PowerInspect allows you to measure the form of complex surfaces in a number of different ways depending on the type of inspection device.
00:16
On-the-Fly inspection for manual devices allows you to measure complex surfaces by taking points at random places during the inspection.
00:25
So, let's create a group.
00:27
Now we'll add points as we're measuring the part during the inspection playback.
00:32
On completion of acquiring the points, click on the "OK" button to close the dialog.
00:38
We can see the results immediately when each point has been acquired with PowerInspect's intuitive color-coded deviation confetti, pins and labels.
00:48
Green denotes points within tolerance, red points are above tolerance, and blue points are below tolerance.
00:56
For CNC-controlled inspection devices, we can create probe paths to measure form.
01:01
Here we create a CNC surface inspection group and either manually position each point or for a more automated approach, we can create a Raster strategy on the complete part or on the individual surface.
01:15
During playback, the machine follows the path defined in the inspection group.
01:21
It is good practice to simulate the probe paths before the inspection is carried out on the machine.
01:26
This highlights potential issues such as collisions and allows us to correct them immediately.
01:33
The CNC Edge group allows us to measure edge extents on sheet metal or composite parts.
01:38
We create CNC Edge points in the similar way to creating CNC surface inspection points.
01:45
The interactive feedback in the CAD view indicates where points can be added.
01:50
To inspect edges on manual devices, we need to create an On-the-Fly Edge group.
01:56
Start by acquiring points on the edge of the part.
01:59
Color-coded triangles indicate the results of each measured point.
02:04
To measure a section through a part with manual devices, we use On-the-Fly section groups.
02:10
Firstly, we need to define a cut plane, then simply play the group taking points as close to the section as possible during the measurement.
02:20
The deviations can be displayed in a multitude of different formats, namely spot confetti, deviation lines or vector lines.
02:28
For CNC inspection devices, we create a CNC section group to measure cross-sections through a part.
02:35
This allows us to create the probe path manually or automatically using the Raster probing method.
Video transcript
00:07
PowerInspect allows you to measure the form of complex surfaces in a number of different ways depending on the type of inspection device.
00:16
On-the-Fly inspection for manual devices allows you to measure complex surfaces by taking points at random places during the inspection.
00:25
So, let's create a group.
00:27
Now we'll add points as we're measuring the part during the inspection playback.
00:32
On completion of acquiring the points, click on the "OK" button to close the dialog.
00:38
We can see the results immediately when each point has been acquired with PowerInspect's intuitive color-coded deviation confetti, pins and labels.
00:48
Green denotes points within tolerance, red points are above tolerance, and blue points are below tolerance.
00:56
For CNC-controlled inspection devices, we can create probe paths to measure form.
01:01
Here we create a CNC surface inspection group and either manually position each point or for a more automated approach, we can create a Raster strategy on the complete part or on the individual surface.
01:15
During playback, the machine follows the path defined in the inspection group.
01:21
It is good practice to simulate the probe paths before the inspection is carried out on the machine.
01:26
This highlights potential issues such as collisions and allows us to correct them immediately.
01:33
The CNC Edge group allows us to measure edge extents on sheet metal or composite parts.
01:38
We create CNC Edge points in the similar way to creating CNC surface inspection points.
01:45
The interactive feedback in the CAD view indicates where points can be added.
01:50
To inspect edges on manual devices, we need to create an On-the-Fly Edge group.
01:56
Start by acquiring points on the edge of the part.
01:59
Color-coded triangles indicate the results of each measured point.
02:04
To measure a section through a part with manual devices, we use On-the-Fly section groups.
02:10
Firstly, we need to define a cut plane, then simply play the group taking points as close to the section as possible during the measurement.
02:20
The deviations can be displayed in a multitude of different formats, namely spot confetti, deviation lines or vector lines.
02:28
For CNC inspection devices, we create a CNC section group to measure cross-sections through a part.
02:35
This allows us to create the probe path manually or automatically using the Raster probing method.
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