CMM Inspection Programming
Program inspection equipment more efficiently

NX™ CMM Inspection Programming software provides a state-of-the-art solution for offline programming that reduces programming time, frees up expensive CMM machines, and ensures a fast response to design changes.
By combining industry knowledge and best practices with process automation, our solution streamlines the entire inspection program development process from feature definition and path creation to program generation and validation.
Integration with Teamcenter® helps you automate programming by applying your own standard inspection path methods, tools and program templates and ensures that correct revisions of parts are programmed and measured on the shop floor.
Part Quiality Control

CMM Inspection Programming

Read more about the powerful features for CMM inspection programming below.
Automate Inspection Programming Processes

NX CMM Inspection Programming automates the inspection programming process by reading 3D part geometry and associated product and manufacturing information (PMI) attached to the CAD model, identifying defined features and tolerances, and creating the operations to inspect the part. In many cases, for parts that have accessible PMI data in the model, applying this link to PMI can save up to 90% of the traditional programming time required.
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Integrate Inspection Programming & Execution

NX CMM Inspection Programming software creates the output that can be read by the software that drives your measuring machines. You are able to easily output the machine instructions using the industry-standard DMIS format or the program language for a specific CMM. Before sending programs to the shop floor you are able to simulate the program, identify interference or motion issues, and use collision avoidance to automatically eliminate collisions before sending programs to your machines.
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NX for Manufacturing
Digitally transform part manufacturing using one integrated software system to program CNC machine tools, control robotic cells, drive 3D printers and monitor product quality.