adbuch wrote: ↑Thu Oct 24, 2024 3:02 am
BrayD - I am not familiar with the BendTech software. Perhaps you could show some screen shots of your process of "throwing pick points into BendTech so we can see exactly how it works.
Thanks,
David
My pleasure!
Keep in mind BendTech was initially created as a tube bending software, but it now has sheet metal add-ons that make it excellent for plate work. This is all in their sheet metal module.
It's all pick point based. Place points where you want and connect them with lines, use them as hole center points, etc. I'll use the long tabs I showed earlier as a quick example.
Since I have the project in front of me, I'd throw a tape measure on it and see that it needs to be 12" long, 2" tall, with two holes 1" from the lower edge, 8" on center.
Over at the laptop, I'd enter a point at X 12, Y 2.
BT1.png
.
Select 'rectangle' and click the two points (the origin and the single point I just made)
BT2.png
.
Back into the points tab and place your hole center points. (all points could've been done initially, this just works well for demonstration purposes)
BT3.png
.
Select the hole feature, input your size, and click your two center points.
BT4.png
.
Add a couple fillets. Enter your fillet size and click the lines that create the corner you want to fillet.
BT5.png
.
A couple clicks to jump to a tab and define the plate (flange)
BT6.png
.
Then a couple more clicks to export that plate as a DXF.
BT7.png
.
Done! Open that DXF in your CAM package of choice, create a cut path, and send the G code to your machine. That whole process is quite literally 5 minutes once you know what you're doing.
For the pad eye the OP used as an example, I'd likely use a pre-loaded tab shape from the module I linked previously. Enter your dims and it spits out a plate model that you can export.
If the slotted hole was an absolute necessity, I'd model it like shown above. I did a quick one while typing this reply. Poor representation, but it was quick to model. Easy to make accurately if you have the dimensions.
BT8.png