![\"\"](\"http:\/\/kentechinc.com\/kipware_blog\/wp-content\/uploads\/2018\/05\/5-Sided-Machining.jpg\")
<\/p>\n5 axis CNC machining is quickly becoming all the rage as it’s benefits become more and more apparent. The real problem though is everyone thinks that 5 axis programming is only meant for complex, multi-axis workpieces. But that is very far from the actual truth.<\/p>\n
Well let’s back up and start with some facts. There are basically (2) school’s of thought when talking about 5 axis milling. Yes, if you want to make a fan blade … true 5 axis is probably needed and yes it’s complicated. But the 2nd school of thought involves what is called 3+2 positional 5 axis milling. As the name implies … it involves 3 axis ( X \/ Y\/ Z ) and 2 additional axis … A which usually revolves around the X axis and B which usually revolves around the Y axis. This type of programming usually includes A nd B axis as indexing axis’s only. Perfect for multi-sided machining where “true” 5 axis (all the axis moving at the same time) is not required … you basically want to just reduce set-up and fixturing and you want to machine on multiple faces of the part using a single set-up. Like that sample parts illustrated below.<\/p>\n
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If you have ever worked with a 4 axis indexing table on your VMC … you can relate pretty easily. The 4th axis gives you the ability to fixture the part once and by indexing the 4th axis machine on up to 4 faces of the workpiece. Well adding the 5th axis is similar … but gives you the ability to machine on 5 faces … or use a combination of A and B axis achieve more angles and thus more faces to machine on.<\/p>\n
See … not so complicated when you consider 3+2 positional 5 axis.<\/p>\n
When we built KipwareM<\/a>\u00ae … our conversational CNC programming software for milling … we built a robust, user friendly, powerful CNC programming tool … not some under developed “wizard”. We know from our experiences on the shop floor that CAD\/CAM can oftentimes be overkill and even slow down the programming process and remove good chipmakers from that process. So if you want an alternative to CAD\/CAM … it better be robust and capable of handling a little complexity and import DXF files for the non-standard type stuff. We built that in KipwareM<\/a>\u00ae.<\/p>\n We also built a very flexbile and powerful feature with our EIA MENU. This menu allows users to create ANY snippit of G code they might need … create it once and then recall and use it any time when programming any part.<\/p>\n This feature gives you the ability to create an indexing program for the A and \/ or B axis and use that snippit any time in any program.<\/p>\n Below is a video showing this feature in a 4 axis programming example … 5 axis is pretty similar.<\/p>\n![\"\"](\"http:\/\/kentechinc.com\/kipware_blog\/wp-content\/uploads\/2018\/05\/KipwareM_5_axis.gif\")
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