Optimize machining accuracy with on-machine probing in NX CAM. Inspect parts, reduce setup time, rework and improve quality, while adjusting for tool wear and breakage with adaptive control.
Generate probing paths with NX CAM on-machine probing to detect process variations and adjust machining parameters for consistent part quality.
Capture real-time measurement data at the machine to stabilize processes, reduce rework and deliver accurate parts that meet specifications every time.
On-machine probing enables precise, real-time inspection before, during and after machining, reducing downtime and preventing scrap. By automating key processes and minimizing human intervention, it boosts throughput, extends 'lights out' machining and ensures high-quality results.
This intelligent probing solution helps maximize productivity and adapts quickly to changing customer demands.
Start each machining operation with confidence by using pre-machining validation to ensure the part is correctly loaded, the fixture is secure and the material condition meets specifications.
Make necessary adjustments to the machining process, machine alignment or the program to minimize errors and ensure a smooth, successful operation.
Simplify the setup process with spindle probes for work offset determination, allowing quick adjustments to work offsets or zero-points directly on the machine.
Eliminate complex fixturing and ensure precise machining by using the probe to verify part location and check for errors, boosting accuracy and efficiency.
Maintain tool precision with on-machine offset updates, automatically adjusting tool data for wear or geometry changes.
Eliminate off-machine measurements and reduce downtime, ensuring consistent accuracy and high-quality output.
Monitor part quality with feature measurement capabilities, measuring and analyzing feature sizes directly on the machine.
Validate quality without removing the workpiece, reduce variation through adaptive process control and meet specifications while minimizing rework.
Optimize tool management with in-machine tool setting, using spindle probes to measure and correct tool length and radius for wear or geometry deviations.
Prevent downtime and maintain precision for consistent, high-quality results.
Automate quality control with a data-driven process by integrating CMM inspection programming, shop floor execution and data analysis.
Generate and simulate inspection paths, program methods using product and manufacturing information (PMI) and monitor as-built results against 3D designs. Drive continuous improvement with a closed-loop process.
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