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Alpha series is a system that controls the movements of Cartesian axes, which enables the fulfilment of linear and circular interpolation in the work area of the robot. 

Using programming software, you can easily load sequences of processes on the central unit memory, which is independent and can be subsequently controlled not only from the software and LCD panel, but also via serial commands, inputs and outputs and CANOpen%uFFFD commands.

Alpha is equipped with a user-friendly programming graphic interface and excellent precision performances, speed and acceleration.

Control Software



The PC software interface, which can be connected to the USB port of the central unit, aids users in programming through the following actions:

1 Configuring the system

Number and dimensions of the axes, configuration of the ramps and maximum speeds, type of sensors installed etc..

2. Programming the process

The movement steps of the robot (point, line, arch, circumference, area) generate 3D movement sequences, both %u201Cpoint-to-point%u201D and %u201Ccontinuous path%u201D, which can detect inputs or activate outputs during their execution. Via the flow control steps (comment, branch, jump, calibration line, delay, input detection, output setting, sub-program execution), it is possible to implement cycles, sub-routines, portions of program perfectly similar to the programming language; the user is therefore able to fulfil various applications with maximum control of the system.

3. Setting the coordinates from file type

DXF(CAD), GD O(Gerber), XLS(Excel) this cuts right down on robot programming times, by exploiting the information that users already know from other systems. Functions such as copy/paste, drag and drop, multiple edit and the possibility to create subprograms, help the user in rapidly controlling the final application and ensure maximum precision and repeatability in production contexts and de-structured environments and are always preserved thanks to specific parameters (anticipate output activation, calibration lines,...).

4. Diagnosing and testing the program in real time

Thanks to the 3D view of the paths and the %u201Cstep by step%u201D execution of each single step, it is possible to verify the positions and test the robot program to fine-tune and calibrate the final application.


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