Snap Part
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General CAD Drafting
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Snap Part
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Description:
A plastic right triangle wedge shell design suitable for an injection mold process. A male X side and a female Y side that can be unsnapped or snapped together in any 90 degree configuration. The opposite and adjacent sides are 1.25" square. The hypotenuse side is a separate flat piece that snaps in to the wedge. (See attached sample image)The 2 snap sides should be shallow but fit snugly, face to face, in any 90 degree configuration. A small pry key may be used to separate adjacent parts.
Wants:
Accuracy and functional snap design. Ability to be injection molded in 3 parts or less.
Software:
- SolidWorks - STEP - IGES
Prepaid PrizeEntries
1st Winner
#16 Snappy Config
by Ridwan Sept
#9 Build 1 Review 2
by El-Domo
Download Files
#17 Snap Part
by REDA
#15 Snappy Rev 1
by Ridwan Sept
#14 Snap Part 2
by REDA
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#13 Snap Part 1
by REDA
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#12 Snap Part
by Iakovos Mastrogiannakis
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#11 Snappy
by Ridwan Sept
#10 R2 V1
by El-Domo
#1 Snap part Design -01
by CAD SPARKLES
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#8 Snap Part 2
by Irfan
#7 Wedge-1
by jay07m
Download Files
#6 Concept - 02
by CAD SPARKLES
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#5 Concept - 01
by CAD SPARKLES
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#4 my part
by VAISAKH M K
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#3 Build 1 - Review 1
by El-Domo
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#2 Snap 1
by Irfan
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Discussion
Thank you Reda
Congrats ridwan
Thanks Snap Part (Jim) and CadCrowd :)
Hi Snap part,
Thank you for rating please
Thank you for rating please
Could you explain the work function of this part?
I have experience in injection molding for many years, both in product and mold design.
It's important to know the work function when design an injection molded part, to avoid undesirable shape or unnecessary mold piece(s).
I have experience in injection molding for many years, both in product and mold design.
It's important to know the work function when design an injection molded part, to avoid undesirable shape or unnecessary mold piece(s).
The new design is uploaded
Any 90 degree configuration means hypotenuse side can be flipped up side down?
The cap is ready. See the messages about the prototype.
I give consulant also in this thing for my clients. But I will write you in a PM about that.
What would you want the thickness of the shell to be?
Yes the cap should snap firmly and add to the overall stability of the structure. Of course, a 3d printed prototype could be produced in one piece, correct? Is 3d printing an option for production runs of 1000+ units or is 3d printing still too expensive for that?
when you see the 3D-pdf's, you will see that the central cyrcle is a help to get the position. The other snaps get places closed. I didn't leave spaces. The snape force is in the direction of the cyrcle center. this give more stabilisation.
When you want, I can give you a link to order a 3D-printed prototype. I think, It is a good Idea, or what?
But maybe first I can finish the cap. So, must is be get hard to be removed, must be snaped, or what?
When you want, I can give you a link to order a 3D-printed prototype. I think, It is a good Idea, or what?
But maybe first I can finish the cap. So, must is be get hard to be removed, must be snaped, or what?
you write to me?
Thanks! Much better! Yes, the rectangle top should snap on firmly and will not commonly be removed after attached. Does the central hub represent some kind of friction snap? Are the outer D slots for 90 degree positioning only? Can the central snap be scaled up a little to increase the friction surface?
I have added my design. Please give a feedback and tell us about the cap. Must it be hard fixed?
I understude what you need. I made many products like this for the industry for molding, so for me it is no problem. In will make it today for you.
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Rebar Detailing
Rebar Detailing
Ridwan Sept
Designer