Many friends in the three-axis machining center programming industry have mentioned that UG is very slow in calculating toolpaths, while software such as CIM is fast in calculation. I believe that many of my friends have encountered this kind of confusion. There is nothing to say about the setting of tool parameters. It depends on the accumulation of everyone in their daily work. Here are a few tips for everyone, the calculation time of the tool path can be significantly speeded up. The effect is more obvious when calculating large molds or molds with more complicated curved surfaces.
1. Can you choose to process parts (faces) and never choose parts (faces); when you have to select a face, if you can solve it by making an auxiliary body or line, it is cost-effective to spend an extra 10 seconds to make an auxiliary body.
2. When calculating complex curved surfaces and large model toolpaths, first suppress the toolpath display. This function can minimize the load on the CPU and graphics card for displaying the tool path when calculating the tool path. When you are busy, watching the tool path display one by one, I feel anxious in my heart. Compared with everyone Have some experience
3. If you feel slow after using the first two methods, you can set the tool path parameters. Enable UG background computing function. Close the file and leave him alone. Find something else to do. After a few minutes, open the file to check the toolpath.
4. You can consider configuring a good computer. The speed of ug tool path calculation has a great relationship with the CPU. The higher the frequency of the CPU, the faster the calculation.
5. Repair the 3D model before programming. The quality of the 3D model directly affects the speed of the tool path calculation. The model has rotten sides and can be re-stitched.
