
V band clamping ringI've just made one of these - can anyone guess what it is?
Looks like a clamping ring for a Jabsco diaphragm pumpI've just made one of these - can anyone guess what it is?
This is a screen dump from FreeCAD
View attachment 203605
Printing was a little more complicated though (orientation and supports etc) but I have a result that is as strong as the original - made from ABS.
You are right to be worried about PLA for that application. Firstly it’s not particularly great outdoors for a long time. Secondly it’s not physically the strongest. It is the easiest stuff to print with though. Something essentially “structural” like that comes with some extra complications like which direction to print it in, how much infill to use (if you print a meaty bow roller at 100%, it will take forever), fancy options on your slicer might work but will be extra to master.I’ve asked Santa for a Bambu Labs A1 printer. I need to order some filament. Was planning to go with the Bambu Labs filament but I was wondering what is a strong filament. I was thinking of printing a new bow roller wheel but I was worried that PLA might not be suitable
I don't want to be the bearer of bad news but I think the Bambu Lab A1 is only capable of printing PLA.I’ve asked Santa for a Bambu Labs A1 printer. I need to order some filament. Was planning to go with the Bambu Labs filament but I was wondering what is a strong filament. I was thinking of printing a new bow roller wheel but I was worried that PLA might not be suitable
V band clamping ring
Nearly correctLooks like a clamping ring for a Jabsco diaphragm pump


Great work on FreeCad! I had a clamp ring break earlier in the year and I did consider trying to print one, but I felt that the layer lines introduce too much weakness., and didn't fancy the risk with the black tank pump!Nearly correct
It is the clamping ring for a Whale Gulper Pump.
My original ones broke so I bought a replacement and a spare sets.
I still have the spare set but I thought it would be in interesting challenge to see if I could make a replacement.
I'm actually quite pleased with the FreeCAD design - 2 profiles extruded round 2 paths and some mirroring.
I'm really loving working with FreeCAD - it takes some work to understand it, but very rewarding results.
As said above, the print orientation and supports were a bit more complicated than usual
This is the orientation on the build plate that I chose
View attachment 203627
And these were the supports that I selected
View attachment 203628
This print orientation kept it strong and the inner surfaces as smooth as the original manufacturers one.
I'm afraid that I'm a bit of a Bambu follower. I particularly like the "one stop" solution for printers and filaments - especially when used with the AMS automatic feeders. The Bambu filament prices are also well priced. Big discounts if you buy 4, 6, 10 or 14 - I try to buy refills which you load into the old spools. For PLA and ABS I usually get at least 6 bringing the price down to less than £11 each roll. At those prices, IMO, it isn't worth shopping around.Rather than get a Bamboo PI the P2S is out and also look at the U1 From Snap Maker. Now that is a Game Changer


The Op is planning for a £200 printer but you guys are suggesting £500-700 solutions!Rather than get a Bamboo PI the P2S is out and also look at the U1 From Snap Maker. Now that is a Game Changer
Agreed - it wasn't the OP - it was @Dino but, IMO, false economy comes into this.The Op is planning for a £200 printer but you guys are suggesting £500-700 solutions!
That is exactly what I want to make…the flip up cover was broken by a cleaner years ago and I stare at it all day from my armchair. Unfortunately I don’t have any CAD experience and I don’t have a 3D printer…so I will just continue to stare at the broken oneYour CAD work looks very impressive. What software are you using? I've had my 3D printer for about 6 years now and have printed a few parts for the boat such as a new surround for the Rule bilge pump which has now been in place for 5 years. I like using ABS and I find I get good strength with about 50% infill for non load bearing parts. I've also done a lot with TPU to make some more flexible parts.