@JokoEngineeringhelp I really love how you mentioned design intent, and also how practicality of manufacturing changes from metal machining to 3D printing! I'm sure there are many 3D printing hobbyists and professionals who will appreciate those mentions.
Great video. I never never drawn gears before but I guess with 3D printing the use cases for them are only limited by your imagination. This is the video that I will reference if I do.
A while back you made a video about running fusion 360 on linux. I would love to see an alibre on linux video. I've done some experimentation, but nothing is performative enough to be considered acceptable. Thanks.
really like your videos, they have been really helpful learning this software. I'm currently a little stuck trying to assemble sheetmetal parts that cant be broke into shape and would need to be welded after. Im just trying to get the assembly nice before I export everything to my laser cutter at work. Do you have a video of this that I cant seem to find?
If I understand, the platform you're using is Alibre for this, and you're hoping to make an assembly of things to be welded together? Tell me about the scope- are you looking for any special features in the assembly, or to make a simple assembly with all the parts in the right place?
@@JokoEngineeringhelp so I’m using the A2 workbench to assemble. I’m a fabricator so the sheet metal function is what I use the most but if I were to assemble a box for example. To completely enclose it it would need to be a 4 sided pan with a plate matching up corner to corner for welding. A lot of times materials can’t be broke to what the pattern would flatten down to and need to have more parts in the assembly to weld. I’m trying to design pieces (mostly truck accessories) that would be able to flatten, send to a laser and be broke up efficiently. I’m struggling on the tutorials to find the process I’m after. I hope I was able to word this effectively
@@flyweldfabricate Do I follow you correctly if I say that you have to fabricate things that the sheet metal workbench is unable to produce, so you make them in multiple bodies and assemble them in A2, and then you're looking for a way to generate the flat pattern from the assembly?
@@JokoEngineeringhelp pretty much. If you have an email I could send a couple pics to help elaborate this problem and future problems. If you’re to busy or don’t want to no worries
@JokoEngineeringhelp I really love how you mentioned design intent, and also how practicality of manufacturing changes from metal machining to 3D printing! I'm sure there are many 3D printing hobbyists and professionals who will appreciate those mentions.
Thank you! Likewise, I've been enjoying your content as well. Nice work covering reprap
Thanks man, awesome vid. My version of it had a lot more than 2 steps in the tree.
Thank you! I'm glad it was helpful
Great video. I never never drawn gears before but I guess with 3D printing the use cases for them are only limited by your imagination. This is the video that I will reference if I do.
A while back you made a video about running fusion 360 on linux. I would love to see an alibre on linux video. I've done some experimentation, but nothing is performative enough to be considered acceptable. Thanks.
really like your videos, they have been really helpful learning this software. I'm currently a little stuck trying to assemble sheetmetal parts that cant be broke into shape and would need to be welded after. Im just trying to get the assembly nice before I export everything to my laser cutter at work. Do you have a video of this that I cant seem to find?
If I understand, the platform you're using is Alibre for this, and you're hoping to make an assembly of things to be welded together? Tell me about the scope- are you looking for any special features in the assembly, or to make a simple assembly with all the parts in the right place?
@@JokoEngineeringhelp so I’m using the A2 workbench to assemble. I’m a fabricator so the sheet metal function is what I use the most but if I were to assemble a box for example. To completely enclose it it would need to be a 4 sided pan with a plate matching up corner to corner for welding.
A lot of times materials can’t be broke to what the pattern would flatten down to and need to have more parts in the assembly to weld.
I’m trying to design pieces (mostly truck accessories) that would be able to flatten, send to a laser and be broke up efficiently.
I’m struggling on the tutorials to find the process I’m after. I hope I was able to word this effectively
@@flyweldfabricate Do I follow you correctly if I say that you have to fabricate things that the sheet metal workbench is unable to produce, so you make them in multiple bodies and assemble them in A2, and then you're looking for a way to generate the flat pattern from the assembly?
@@JokoEngineeringhelp pretty much. If you have an email I could send a couple pics to help elaborate this problem and future problems. If you’re to busy or don’t want to no worries
@@flyweldfabricate Absolutely, send them to the address in the description