Just drag the slider while holding down the SHIFT key, then click Zoom. You can narrow the selection to an individual instruction or just a small part of the cutter path. Using the Stop button halts the simulation for the current tool only. Click the button again to deactivate it, the tool will then move at a rate proportional to the feeds in the cycle.
Use the buttons to the left of the number to change it.Ĭlick the Constant button to activate it and set the simulation to run at a fixed rate.
The number to the right of the bottom slider acts as a multiplier to the speed set by the slider. You can control the speed of the simulation by moving the bottom slider, left to slow down and right to speed up. The current cycle or command is displayed (‘Finish Turning’ in this example). Slide it with your mouse to fast forward or back through the simulation. The top slider shows the progress of the simulation throughout the instruction list. The attached video shows you how to tune in to a specific part of your toolpath and analyze it by using the zoom function. It is really useful for checking your tool path as you produce it. You can see the tool path and accurately see the shape you are machining.
This is really good for collision checking and being sure that your final programme will run ok.īefore the full simulation you can run a simulation from the instruction window. You can simulate the whole sequence using the simulator in Edgecam. This article is about Edgecam Instruction simulation. Instruction Simulation, individual or all your instructions can be simulated as you produce them. In Edgecam there are two ways that you can simulate your programmes:įull simulation, this includes machine and fixture as well as tool collision detection. Category : Edgecam Edgecam Instruction Simulation
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