- #AMADA AP100 SOFTWARE LICENSE COD HOW TO#
- #AMADA AP100 SOFTWARE LICENSE COD MANUAL#
- #AMADA AP100 SOFTWARE LICENSE COD MODS#
#AMADA AP100 SOFTWARE LICENSE COD MANUAL#
Thanks again for the help! Im anxious to see if I can get this post working as needed to operate all features of the this may be changing depends on the condition so i would call this pass through manual NC and paste it when ever neededĪnd this will post the code depends on the place used make sure to add the pass through function in the post */Īnd also to post the U1 after the G98 macro call simply add this line also if (properties.Intel Pentium 4 2.4GHz, AMD Sempron 2200+ or higher CPU.ĥ12 MB RAM minimum, 1 GB RAM Recommended.Ī CD-ROM drive is required for installation.Ī graphics card capable of supporting a minimum resolution of 1024 x 768, As a laser friend mentioned, "this captures the info you want to grid."Īlso, there should be a G75 or G76 to tell the machine how and what order to grid."įrom what I can gather, the number proceeding the U & V can be any number between 1 and 99, as long as they match in order to tell the machine to capture the info in between them as a "macro". "The G98 line of code needs to have a U1 at the beginning and V1 at the end. While we're here.any input on the below requests? If at 50" down the blank, from the 0,0" position, I wanted to reposition the sheet in order to reach the remaining 46" of material and continue cutting more parts out of the same blank, I would need to get to a certain row/column of parts and then trigger a reposition. The chip transport on/off makes perfect sense, it is simply outputting the command that the Amada laser reads as a chute operation, rather than what a machining center would use for transport.Īs for a reposition, lets assume I am cutting parts out of a sheet that is 96" long. Thanks so much for the help I will give this a try to be able to operate the chute.
#AMADA AP100 SOFTWARE LICENSE COD HOW TO#
Im curious to know how this would even be designated.in other words, how to tell Fusion when to open/close the chute or when to reposition.but I am sure someone hear has the knowledge to make it make sense. The part chute is operated by M80/M81 while the reposition operation is done by G25/G27. Im wondering if anyone could help me implement these two features into the post I am using? I have found the Amada programming manual that highlights all of the G & M codes as well as gives code examples for each operation. That being said, it will reposition and also has a "part chute" which is a section of the table that will tilt downward to drop parts off the table and out of the way of being re-cut accidentally. The machine moves the material for X movements, while moving the head for Y movements. This specific machine is a Pulsar 2415, which is considered a "sheet dragger".
#AMADA AP100 SOFTWARE LICENSE COD MODS#
All of these mods seem to work so far (thanks to that user for insight!)
I have downloaded the generic Amada Laser post and have modified it according to a couple of the previous threads I had found on this forum (specifically, outputting a G98 command to do multiples of the same part within a sheet). I had forgotten F360 has its own sheet metal package and decided to give it a try. We recently purchased a laser and was on the verge of ordering new software for the programming side of things.