This new CAMIO version demonstrates a strong development commitment and direction for the platform, with key new functionality and significant advances particularly for automated programming.
First CAMIO release with full support for the SLK20 VIVID CMM laser scanner
Probe Designer now supports the OH6M multi-wire probe head.
The PH6M autojoint probe is compatible with the SP25M scanning probe, as well as the complete Renishaw probe range using the PA series of probe mounting adaptors.
Report Labels now support automatic background colours to highlight out-of-tolerance features.
The label background changes colour based on the most out-of-tolerance value of the reported feature.
The colour gradient uses the current Colour Bar Style and provides the option to configure the colours used.
New Tolerance Evaluation options support the output of additional comments, for features and patterns/simultaneous requirements, to the CSV and DMIS output files.
The additional output relates to the GEOALG command and point filtering for features measured using tactile scanning.
The Bilateral Position Tolerance window now defaults to the selected options when invoked from the Properties View.
Multiple options can also be selected and added to the Teach Path at the same time.
When importing a master sphere with a different name to the current master sphere, the option to make the imported or current master sphere a satellite sphere has been added.
Improved DMIS Error Handling
Probe Not Armed Error: If error handling has a ‘Jump To’ line label set and a probe not armed error occurs, program execution will now move to the program line label specified.
New GOPARK Command
Support for ‘GOPARK’ has been added for the DMIS program. This new command provides DMIS level control of sending the CMM to define park position.
Improved Feature Construction
The construction window now includes the number of measured points for each feature. The Point Buffer option, for selecting all measure points, can now be applied to a group for selected features.
New Sphere Measurement Offset
A measurement offset distance can now be applied to spheres measured using a touch probe or scanning probe.
The offset distance is applied relative to the equator and pole of the sphere, as defined by the sphere direction. The measurement strategy paths are distributed evenly, with the first path at the offset distance from the equator.
Improved Arc and Line Extraction
For more accurate and reliable feature extraction from curves, the XTRACT command has been improved with new search parameters.
New ‘Line radial search size’ and ‘Line tangency search size’ search parameters when extracting Lines from Curves.
New ‘Arc radial search size’ and ‘Arc length search size’ search parameters when extracting Arcs from Curves.
Improved Profile Tolerance Output
Tolerance Evaluation has been improved with a new setting for reporting the individual points of a profile tolerance.
The new setting can be applied to plane, cylinder, cone and sphere features.
Improved ISO Concentricity Tolerance
Reporting concentricity using the ISO GD&T standard now allows the selection of up to two datum features. For example, the concentricity of a feature to a plane and a circle can now be reported.
Improved Report Min/Max Labels
Report Min/Max Labels are now distinguishable with the addition of ‘Min’ or ‘Max’ text, this is in addition to the feature name text currently.
Improved Sphere Definition
When defining a sphere in the CAD view, the sphere direction can now be set more easily using a mouse.
As the mouse is moved around the selected sphere, the sphere direction selection snaps to the closest axis of the current Part Coordinate System.
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