APOSS Tutorial and Demo Videos
Install & Startup #2: APOSS & the simulator - A first Introduction
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How to use the simulator for programming and using all APOSS develpment environment without having actually a controller. |
APOSS Programming #3: Programming a flying saw with a zub MACS5 controller.
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Programming a flying saw with a zub MACS5 controller. |
APOSS Programming #4: How to solve the error #76 on a MACS controller.
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How to solve the error #76 on a MACS controller. |
APOSS Applications #1: How a MACS5 controller communicates …
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Demonstration of how a zub-MACS5 motion controller communicates with Modbus RTU-Terminal. [Terminal WEINVIEW TK6070iP] |
APOSS Applications #2: MACS5 motion controller for use in engraving …
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Demonstration of how a zub-MACS5 Motion Controller controls this plotter for engraving applications. (Eagle Part One] |
APOSS Tools #1: APOSS PathEditor for X-Y-Z Linear Axes
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How to edit a path curve for linear axes with the Path-Editor and download to the controller. |
MiniMACS6-AMP-4/50/10#1: Application example Delta Robot
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The MACS controllers are suitable for complex tasks such as multi-axis positioning or synchronization. The necessary flexibility is provided by the license-free Motion Control Library and the Aposs-IDE automation software. See below a classic application example of our motion controllers |
Oscilloscope #1: The virtual scope for motion control data sampling
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How to use the APOSS oscilloscope, e.g. how to add a SDO curve, change the poll rate or other settings, and run it on the simulator. |
MasterMACS #1: Multi access capability for up to 32 axes
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The MasterMACS ist able to control up to 32 axes with jerk limited movements or even cam curve interpolation. |
MasterMACS #2: A "swiss knife"
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Onboard network interfaces, CANopen & EtherCAT, 32 fully synchronized dives, license free Motion Control Library, 2D/3D CAM and path control, powerful realtime data logging, web enabled. |
