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[Samantha Figueredo]

How to Use Cybelec PC 1200 20 Garlvary Software for Press Brake Bending

Cybelec PC 1200 20 Garlvary is a software that allows you to create and edit 2D and 3D products for press brake bending. It is compatible with Cybelec DNC 1200 numerical controls and can communicate with them via RS232 or Ethernet. In this article, we will show you how to use this software to design and bend your products efficiently and accurately.

What is Cybelec PC 1200 20 Garlvary?

Cybelec PC 1200 20 Garlvary is a software that runs on Windows operating systems and provides you with a graphical user interface to create and modify products for press brake bending. It can also simulate the bending process and calculate the unfolded lengths, bending forces, and corrections for each bend. You can use this software to:

• Create products in 2D or 3D mode by drawing or importing them from DXF or IGES files.

• Select the tools (punches and dies) from a predefined library or create your own custom tools.

• Define the bending order, the stops (backgauge positions), and the auxiliary functions (such as retraction or crowning) for each bend.

• Check the feasibility of the bending sequence and avoid collisions or interferences between the tools and the product.

• Optimize the bending speed, the material utilization, and the machine setup time.

• Transfer the product data to the DNC 1200 numerical control via RS232 or Ethernet.

• Receive feedback from the numerical control about the actual bending parameters and corrections.

How to Use Cybelec PC 1200 20 Garlvary?

To use Cybelec PC 1200 20 Garlvary, you need to install it on your computer and connect it to a Cybelec DNC 1200 numerical control. You also need a protection key (dongle) that matches your software version and license agreement. The software comes with a user guide and a reference manual that explain how to use its features in detail. Here are some basic steps to follow:

• Launch the software and select the language, the machine type, and the units of measurement.

• Create a new product or open an existing one from the file menu.

• Draw or import your product in 2D or 3D mode. You can use various tools such as lines, arcs, circles, rectangles, polygons, etc. You can also modify your product by moving, rotating, scaling, mirroring, copying, deleting, etc.

• Select the tools for each bend from the tool library or create your own tools. You can assign different tools to different bends or use the same tool for all bends.

• Define the bending order by clicking on each bend in sequence. You can also modify the bending order by dragging and dropping bends or using the arrows on the keyboard.

• Define the stops for each bend by entering the values in the table or using the arrows on the screen. You can also change the stops by clicking on them on the product view.

• Define the auxiliary functions for each bend by clicking on the icons on the screen. You can choose between retraction, crowning, hemming, etc.

• Check the feasibility of your product by clicking on the simulation button. You can see how your product will be bent step by step and detect any collisions or interferences between the tools and the product.

• Optimize your product by clicking on the optimization button. You can choose between different criteria such as bending speed, material utilization, machine setup time, etc.

• Transfer your product data to the DNC 1200 numerical control by clicking on the transfer button. You can choose between RS232 or Ethernet connection.

• Receive feedback from the DNC 1200 numerical control by clicking on the feedback button. You can see how your product was actually bent and compare it with your simulation. You can also see any corrections that were applied by the numerical control.

Conclusion

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