Technology Front
Aerotech’s Automation1 2.8 Brings More Compatibility and CNC-specific Tools
Published: Aug 28,20242664 Read
Aerotech Inc. continues to develop its powerful, user-friendly Automation1 motion control platform. Automation1 version 2.8 introduces more compatibility with the competitively priced iXA4 PWM servo drive, tools to speed up deployment of HMI solutions and improve CNC machine builders’ user experience, and a restructured help file.
Aerotech Expands XA4 PWM Servo Drive Series
Aerotech In has expanded its Automation1 XA4 PWM servo drive series. Designed to provide customers with a high-performance...
“Automation1 continues to become more flexible and powerful while prioritizing a simple user experience,” said Daniel Hong, controls product manager at Aerotech. “Version 2.8 offers users – especially CNC operators – key tools for developing and deploying an HMI quickly and easily.”
More Device Compatibility. With new flexible linear gantry support, users can configure flexible linear gantry devices in Machine Setup. Additional compatibility with iXA4 PWM servo drive configurations – including 4-axis, DC power supply (100 VDC) and expansion board options – gives users access to MachineApps and Automation1 APIs, STO for integration with safety controllers, EtherCAT and MODBUS support, and more.
Presets for Faster, More Flexible HMI Development. New data collection presets – predefined data collection configurations stored on the controller – make it easy to quickly switch between presets, saving users time.
Even Easier User Experience. Automation1’s help file now features a restructured homepage with navigation to hardware manuals and sections for data collection, controller status and motion.
New Tools for CNC UI Builders. Version 2.8’s wide selection of new tools better equips Automation1 better CNC machine builders. Custom T-codes (for the Aerotech G-code dialect) allow users to create custom Aeroscript and tool selection routines. With cutter and work offest compensation tools, users can compensate for a cutting tool’s X, Y and Z offsets or program motion relative to a fixed point.