Did you design the individual parts for the assembly or did you find the part files somewhere online? And if you did them yourself, how'd you come up with the specifications for the individual parts?
Great video, was a bit fast but that is expected to cut down on the video time. It is easy enough to pause or slow down the video if need be. Some efficiency steps could be taken: 1. For inserting hardware multiple times like fasteners, insert and fully mate one, then right click -> copy with mates and tick the coincident checkbox, then simply select each hole you want the fastener (lifter/punch/etc) you want that fastener to be concentric with. This would save a lot of the random part placement from your library to empty space and zooming/panning back and forth to set the mates up. - Example of the time saved here could be referenced to your placing the pilots in the top plate. You mated each of the pilots to one face (9 mates), then one pilot to the plate (1 mate), then each of the 10 pilots to their respective holes (10 mates) for a total of 20 mates you had to manually enter. If you used the copy with mates you would fully mate one pilot (2 mates) then select the holes for the remaining (9 mates) for a total of 11 mates. Also, you would not have to control+drag the mouse to make all 10 pilots, as the tool will automatically place it for you. 2. Use of 'Select Other' or Alt key to select faces through faces. This would allow you to mate items without having to tilt the camera to get under a part (like a fastener to select the bottom of the head). Just right click the face you want to hide, hit 'Select Other' OR hover over the face you want to hide and hit the Alt key to hide the face momentarily. 3. Use of convert entities or offset commands to quickly transfer details from one part to another. Pretty self explanatory. 4. Utilize the tools you have at your fingertips. Linear patterning tools for sketches or features would save you time creating a circle or placing points for hole wizard. This is a relatively small tool, imagine something many times this size and having to manually draw a circle for 1000's of holes.
Thank you for helping me achieve my goal!
Good job 👏
Did you design the individual parts for the assembly or did you find the part files somewhere online? And if you did them yourself, how'd you come up with the specifications for the individual parts?
@@anthonylorenzo1126 Yes, I designed each part directly. Before doing 3D modeling, I made a 2D design first.
@@Halloguys84 that’s great!, did you use solid works for the 2D design or some other software ?
@@anthonylorenzo1126 I use the 2D Auto CAD application
Great video, was a bit fast but that is expected to cut down on the video time. It is easy enough to pause or slow down the video if need be.
Some efficiency steps could be taken:
1. For inserting hardware multiple times like fasteners, insert and fully mate one, then right click -> copy with mates and tick the coincident checkbox, then simply select each hole you want the fastener (lifter/punch/etc) you want that fastener to be concentric with. This would save a lot of the random part placement from your library to empty space and zooming/panning back and forth to set the mates up.
- Example of the time saved here could be referenced to your placing the pilots in the top plate. You mated each of the pilots to one face (9 mates), then one pilot to the plate (1 mate), then each of the 10 pilots to their respective holes (10 mates) for a total of 20 mates you had to manually enter. If you used the copy with mates you would fully mate one pilot (2 mates) then select the holes for the remaining (9 mates) for a total of 11 mates. Also, you would not have to control+drag the mouse to make all 10 pilots, as the tool will automatically place it for you.
2. Use of 'Select Other' or Alt key to select faces through faces. This would allow you to mate items without having to tilt the camera to get under a part (like a fastener to select the bottom of the head). Just right click the face you want to hide, hit 'Select Other' OR hover over the face you want to hide and hit the Alt key to hide the face momentarily.
3. Use of convert entities or offset commands to quickly transfer details from one part to another. Pretty self explanatory.
4. Utilize the tools you have at your fingertips. Linear patterning tools for sketches or features would save you time creating a circle or placing points for hole wizard. This is a relatively small tool, imagine something many times this size and having to manually draw a circle for 1000's of holes.
hi...can i have a copy of your library???thank you
Ezcuesme can i copy your library of dies part?
How many hours you take to design?
approx. 5 hours sir
hi,did you have demo or did you sale deisgn software
hii...i'm just a solid works app user.
what's the name of the other software you are using to make sketches
Solid works sir
@@Halloguys84 may i please have your email?
Adikkecile84@gmail.com
@@Halloguys84 email sent thanks!
Looks like he is using AutoCad to sketch.... And Solidworks to design.
👍👍👍👍
excuseme can i copy your library of dies part?
emailnya please
thanks a lot
Hello sir, I also want a dies part library, ?can @@Halloguys84
Wish you would go slower. Tring to follow what your doing. Its super fast!!!
can i ask for spare part die file
email nya kirim ya
where are you .
from cineam
@@Halloguys84 sir I need tranning for die design ,if possible ....
Would you share the calculations of this progressive die?!
Hallo can you halp me
excuseme can i copy your library of dies part?