CappsDMIS is developed to be an upwardly mobile dimensional metrology software with a strong graphics and CAD engine.
The graphical interface is comprised of complete CAD capability with an easy- to- use TreeView, a powerful DMIS based programming language.
CAPPS DMIS offers robust reporting tools that streamline data analysis and presentation. With customizable report formats, advanced statistical analysis, and real-time data visualization, you can easily generate detailed reports tailored to your specific requirements. These comprehensive tools enable efficient data interpretation and facilitate informed decision-making, enhancing your measurement and quality control processes.
CAPPS DMIS employs advanced error compensation algorithms to achieve unparalleled measurement accuracy. These sophisticated algorithms correct for various measurement errors, ensuring that your data is precise and reliable. By compensating for environmental factors, equipment imperfections, and other variables, CAPPS DMIS enhances the accuracy of your measurement results, providing you with the confidence you need for critical quality control and inspection tasks.
CAPPS DMIS features an intuitive user interface designed for effortless navigation, catering to both novice and experienced users. Its seamless design streamlines complex tasks, allowing users to quickly access and utilize advanced features without extensive training. The user-friendly interface enhances productivity and minimizes errors, making it easy to perform precise measurements and data analysis efficiently.
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.
