Delcam 64-bit PowerInspect can manipulate complex part CAD files
1 min read
Delcam's PowerInspect combines the ability to work with all types of inspection device with a comprehensive range of inspection routines for making simple measurements, for inspecting geometric features and for checking complex surfaces. The introduction of support for 64-bit computers means that larger CAD files – especially those for very complex parts and multi-component assemblies – can be manipulated.
Two developments will also make it easier to see results from Delcam's PowerInspect. First, dimensions can now be displayed on the CAD view to give clearer reporting for distances between features. Secondly, point cloud data can now be shaded. This gives an immediate impression of the shape of the scan and allows the user to see at a glance whether sufficient data has been collected. It will also make it easier to select key points or specific areas from within the cloud of data.
The initial 2011 release of PowerInspect added the ability to create a grid of points for an inspection routine automatically. The R2 version also allows automatic generation of probe paths from curves in CAD models. The spacing of the measurement points is set to match the control points on the curve.
The PowerInspect DRO enables users to view the XYZ co-ordinates of the measuring device and can be used for 'marking out', or copying required co-ordinates on to a part. This is a common task with clay models and is usually achieved with a point probe or scriber on a layout machine. The DRO previously had to be installed alongside PowerInspect as a standalone program but the new release allows it to run inside PowerInspect. This makes the process more seamless and allows the user to take advantage of PowerInspect's alignment functions, says Delcam.
PowerInspect can now accept data collected with Renishaw's new PH20 probe. This combination allows measurements to be made across all probe angles, rather than simply the incremental angles offered previously. It also introduces the ability to make rapid 'head touch' moves, which use the rotary motion of the probe head to collect the points quickly and accurately, rather than moving the entire machine.
