![]() ![]() We usually find out after the screaming and flailing starts. Usually when we are creating our files, we have no idea whether or not they will be used in house or out of house. One of the common things that say, " but it is cad, what do you mean it can't do that" Of course when they say that "management and sales" think that there has to be an easy button, and that we are obivously not doing our jobs to make it plug and play. They state that they will charge for any "clean-up" they have to do. Most of our water jet vendors, are expecting plug and play files. ![]() ![]() As I have stated, the issue has been solved on the in house router table. I am trying to get them to switch our plasma here to CNC, maybe I will stick with plotting burn templates. in their line work so he had me go through and eliminate all gaps and overlaps, Usually MPEDIT and OVERKILL cleaned everything. The shop supervisor usually sent the info to the in house equipment, only problems I know he had was some of the other engineers had gaps and stacked lines etc. I really can't recall the program(s) used, the plasma and laser had a nesting program as well, seemed to be one program. The in house equipment came with the conversion software over 20 years ago. I used to set up drawings for an in house 3 axis Mill and plasma and a vendor that did laser and metal forming never had a problem, you just need to know the equipment and software and input required. Plenty of software you can obtain (some FREE) to convert DXF to G-Code or whatever the machine requires. This issue has been overcome for many years now.įind out what equipment the vendor is using and contact the manufacturer to determine method to use convert DXF or what file type is needed. Any vendor should accept a R12 DXF and have in house method to send to the equipment. This is not a CAD issue, but a CNC software issue. Most older/cheaper equipment will require post-processing the DXF. Newer equipment, usually, should accept R12 DXF with closed geometry and layers applied. The inhouse router table issue has been overcome, it is the water jet vendors and plasma cutter vendors that we are still having issues with.ĭifferent machines will use different programs. The powers that be at my company are getting frustrated, and seem to think after all this time, this issue should be overcome by now. I was wondering if any of you had the same problem and have come up with a solution that could remedy this issue. On one occasion the final product came in from the vendor, and it was a mess, inside corners were blown out in large circles, and outside corners were rounded off into large circles. I have to do different things for different vendors, and as I said this only works 50 percent of the time, and I will not know if it worked or not, until the vendor starts complaining about open files or not. This works sometimes depending on the program that the vendor is using. One of the methods I have to use is to import the DXF file into Corel Draw X3 and remove all the extra nodes that the program will allow me to delete without changing the shape of the item. ![]() When I try to remove the nodes in autocad the shape changes. Our router program and some of the programs that our vendors use (waterjet and plasma cutter) programs that have major trouble with the amount of control points (nodes) that are required to hold that shape as it should be. Some of the shapes are created from splines and or polylines. Here is the question I have: I have to sometimes make files for a router table, water jets, and plasma cutters. I am not sure if this is the right place to put this, so if the admin or moderators need to move it, that is fine. ![]()
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