CAPPS NC software directly interfaces with the CNC controller. CAPPS-NC uses dimensional metrology data for CMM reports, adaptive work offset, adaptive tool offset and 3-5 axis closed loop manufacturing.
CAPPSNC revolutionizes your machining process with automated part alignment, ensuring precision and consistency in every production run. Our advanced software uses real-time metrology data to dynamically adjust and align parts during machining, compensating for variations and errors. This automated process eliminates manual adjustments, reduces setup time, and guarantees that every part meets exact specifications, enhancing overall efficiency and quality.
CAPPSNC takes precision to the next level with automated tool and work offset correction. Our software continuously monitors machining conditions, using real-time metrology data to adjust tool paths and work offsets dynamically. This automation compensates for tool wear, thermal variations, and other factors, ensuring optimal performance and accuracy throughout the machining process. Say goodbye to manual adjustments and hello to enhanced efficiency and consistent, high-quality results with CAPPSNC.
CAPPSNC elevates your manufacturing process with robust Statistical Process Control (SPC) and data analysis capabilities. Our software provides comprehensive real-time monitoring and detailed reporting, allowing you to track trends, identify deviations, and maintain stringent quality control. By leveraging SPC and advanced analytics, CAPPSNC helps you optimize processes, reduce variability, and ensure every part meets the highest standards of precision and consistency.
Ray Karadayi's abstract details integrating blue light laser sensors within manufacturing systems for precise, fast data collection and metrology tasks, enabling adaptive manufacturing through real-time feedback to enhance quality and reduce costs.
Ray Karadayi's paper discusses innovations in machine tool in-process measurement, emphasizing metrology close loops for high precision and cost-efficient manufacturing. It covers the integration of CAD-based measurement software with machine tool controllers, enabling CMM-style measurement capabilities directly within the manufacturing process.
In-Process Measurement of Die & Mold by Ray Karadayi at Applied Automation Technologies focuses on integrating metrological analysis within manufacturing cycles for high precision parts. Utilizing on-machine probing and software like CappsNC, this approach offers direct feedback and automated adjustments in manufacturing, enabling high-volume production efficiency.
