![]() NEW in V1.1.3: Auto rotated coordinates (G68) routine.Auto Z up/down as part of basic x-y probing routines.Ability to probe parts/features not square to the table (part rotation).Logic added to probing routines to detect a ‘hit’ or a ‘miss’.Ability to record data direct to a DXF or CSV file for later analysis or usage in a CAD program.Automatic 2.5D perimeter tracing (not a bed of nails approach in 3D space, which doesn’t provide an accurate ‘outline’ of 2D parts).Ability to probe in any sort of vector in the X-Y plane, with result corrected by calibration data.This method is more sensitive to you re-installing the probe in same orientation in spindle every time. Option 2 builds a full correction table that then accounts for the ‘offset’ in the probe tip to the shank/spindle center line. Mode 2: If your probe has runout, or is non-adjustable, you can manually locate the spindle to the center of the ring gauge (use DTI, co-ax indicator, etc) before calibrating with option 2.Mode 1: If your probe is mechanically runout free (ball tip is concentric with shank/spindle), calibration option 1 auto-finds the center of the gauge ring and runs twice to calibrate deflection errors in the probe. ![]() Ability to ‘calibrate’ the probe tip (calibration accounts for errors in probe tip deflection, and backlash within reason) – Now with 2 optional modes!.Probe-It! also provides some features useful for measuring and reverse engineering, such as:
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