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Ball and Socket Mount

by Gyrobot, published

Ball and Socket Mount by Gyrobot Mar 30, 2013

Description

I made this for a friends telescope set-up to enable him to attach little mirrors and adjust their angle.

Could also be used to mount a variety of components, cameras, speakers, etc.

http://www.gyrobot.co.uk http://www.facebook.com/gyrobotuk

Recent Comments

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They are designed the same size each. you can change the fit by scaling the model or the extrusion flow, i.e. M221

can you tell me what is the size allowance between the ball and socket to make sure they would fit together with the correct tension? just as an example, if the radius of your sphere (male part) is 5 mm, what is the radius of your female part? are the fingers responsible for holding the ball in place or its the socket? or both? how did you decide that the socket of the female part will be that high? how did you decide that the fingers/points of the female part would be that high? i want to make my own ball and socket and make sure the tension between the male and female parts would allow whatever i attach on either parts to stay in place. i tried to use your model but i can't scale, center or merge it properly with my design so i'd like to make my own but im having difficulty estimating the sizes and ensure that they would fit together.

awesome. i love studying joints and sockets to see what works on really small and really large scales

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Instructions

I designed this to be clipped together but still stiff when connected. However, you may want to scale one of the parts up or down to suit your printer calibration.

Can be printed without support but I suggest a high infill to increase strength in the fingers and waist of the ball.

You can attach through the centre hole or either of the corner holes.

can you tell me what is the size allowance between the ball and socket to make sure they would fit together with the correct tension? just as an example, if the radius of your sphere (male part) is 5 mm, what is the radius of your female part? are the fingers responsible for holding the ball in place or its the socket? or both? how did you decide that the socket of the female part will be that high? how did you decide that the fingers/points of the female part would be that high? i want to make my own ball and socket and make sure the tension between the male and female parts would allow whatever i attach on either parts to stay in place. i tried to use your model but i can't scale, center or merge it properly with my design so i'd like to make my own but im having difficulty estimating the sizes and ensure that they would fit together.

They are designed the same size each. you can change the fit by scaling the model or the extrusion flow, i.e. M221

This comment has been deleted.

awesome. i love studying joints and sockets to see what works on really small and really large scales

I printed five of these for my wife to use as joints for a puppet that she is building. She thinks I rock! Thanks

Great job. Printed perfectly. Our physical therapy faculty really liked this model.

Do the holes in the center of the ball or cup allow you to do something extra to lock it in place? It's a webcam that I'm mounting with it that is just slightly too heavy and it doesn't keep it in position.

They are just optional mounting holes.

To stiffen up the connection/ reprint the socket smaller or the ball bigger, or increase your flow rate to achieve a tighter fit.

Thanks. I'll give that a try.

Just printed a copy and it is perfect. Just the right tension.

Excellent, should be very useful!

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