Software Update Enhances Capabilities of Rotary-Axis Calibrators
Renishaw’s Carto 3.0 software for its XR20-W rotary axis calibrator enables users to quickly capture and analyze machine performance data from rotary axes.
.jpg;width=70;height=70;mode=crop;format=webp)
Share
Renishaw’s Carto 3.0 software for its XR20-W rotary axis calibrator enables users to quickly capture and analyze machine performance data from rotary axes. With the software, the company’s XM-60 multi-axis calibrator can now be used with the XR20-W rotary-axis calibrator.
Combining both machines’ capabilities, the software is said to reduce the calibration of a five-axis machine tool from several days to within half a day. It enables analysis of multiple error types over different time frames, building up a comprehensive overview of a machine’s performance, and automatically stores complete datasets for each machine tool within a single database. By independently comparing the different errors associated with each axis over different time frames, users can better plan preventive maintenance schedules. With the software suite, data is more visible, usable and actionable, making it the ideal platform for supporting “smart factories” incorporating Industry 4.0 strategies.
Related Content
-
Marathon Precision’s Engineering Playground: One Shop’s Secret to Sustaining High Tech, Low-Volume and High Morale
Half an airplane on the wall, a ten-foot metal dragon, and a full-blown recording studio might not scream “manufacturing efficiency,” yet Marathon Precision proves otherwise. Here’s how forging, complex CNC operations and staff-driven creative projects combine to fuel the shop’s productivity and profitability.
-
How to Choose the Correct Fixed-Body Plug Gaging Solution
The two types of fixed-body plug gages are both accurate, fast and easy to use. Consider these factors when selecting one for your gaging application.
-
How to Evaluate Measurement Uncertainty
Manufacturing and measurement are closely coupled. An important consideration for the use of measurement results is the associated measurement uncertainty. This article describes common metrology terms and provides an example uncertainty analysis.