MiCAT Planner
MiCATPlanner enables more flexible measurement by complying with customizable measuring rules that can be set as needed. Depending on the feature type, size, and other criteria, the operator sets the number of measuring points, their distribution, and speed for touch-trigger or scanning probes. Several sets of rules may be applied simultaneously according to manufacturing or customer requirements. Save up to 95 percent on CMM part program creation time. Reduce parts programming labor costs. Minimize potential costly and damaging probe collisions. Ensure maximum efficiency with a virtual pre-run measurement program. Select characteristics, features, and measurement point sets to include or exclude from the measurement plan. Automatically apply individual or global measurement strategies for all part programs or specific programs. Explain features that can’t be measured like missing GD&T, probe angle not defined, etc.
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Calibration Control
Use Calibration Control (CC) for Calibration, Maintenance, or general Asset Management. Quickly and visually track equipment that requires Calibration or Maintenance using customizable highlighted grids, auto emails, or reports. Maintain histories with audit trails relating to equipment traceability, people, companies, related documents, attachments, certificates, & more.
Automate Calibration Control with custom or default barcode labels scanned by time-saver data entry dialogs to increase speed and traceability. Use the Report Designer for custom reports or modify existing reports.
ISO, FDA, & ANSI quality systems use CC to maintain compliance and effortlessly communicate that compliance to auditors and internal customers. Although CC grew up in a Manufacturing environment, it is also used in other industries like Metrology Services, Health Care, Aviation/Aerospace, Mining, Testing, Maintenance, Designer Engineering, Oil Wells, Distribution, Packaging, and others.
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PC-DMIS
PC-DMIS is a leading, universal metrology solution that enables users to create and execute precise measurement routines, manage dimensional inspection data, and collaborate on results to support quality assurance in design and manufacturing environments; its flexible architecture supports a wide range of measurement systems including stationary CMMs, portable arms, laser trackers, and multisensor probes with a unified user experience across devices so operators and programmers work in the same interface regardless of hardware. It includes a comprehensive geometric dimensioning and tolerancing toolset, advanced measurement algorithms, offline programming capability so routines can be developed without tying up machines, and modules tailored for specific tasks such as vision metrology, gear inspection, blade scanning, and CNC in-process measurement.
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OGP Measure-X
From creating part measurement routines to operating an OGP system in a production work environment, Measure-X® metrology software offers power without intimidation. Measure-X® features a full set of image processing and autofocus tools, geometric functions, ANSI/ISO tolerances, easy editing, and contour analysis. Compatible with touch probes, laser, and rotary indexers. Users can address more complex GD&T requirements such as profile, and true position of features when datum features of size allow mobility on the feature and the datums. The display and reporting capabilities with analysis provide both graphical, color-coded whiskers of deviation, and GD&T callouts on the part CAD.
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