Precision Piezo for E3D V6 Threaded Heatsink
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I have been using the Mini IR Sensor for the machine that I have been developing (Company printer) unfortunately when the machine was sent for user testing, there were few issues with PEI surface on aluminium (I knew this was going to be a problem but I didn't think it was going to be a big issue). Out of 4 sensors 2 had several problems after few days of printing.
As much as I love the IR Sensors and will continue to use them for personal use I am now looking for a different sensor for the company printers.
I wanted to know if anyone has tried the Precision Piezo Sensor on the E3D Threaded Heatsink design:
https://e3d-online.com/v6-threaded-heatsinkJust so people get a better idea, the design looks like this:
The threaded heatsink is attached using a M12 nut between a milled aluminum bracket, I want to avoid modifying this too much but I am not sure if it is even possible to attach a Piezo sensor to this.
I know Dc42 has a design for delta machines that use this heatsink and some type of contact sensor but could not find any more information on the actual sensor or how its attached to this heatsink
Any help is appreciated, Thanks guys
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@rikesh942018 said in Precision Piezo for E3D V6 Threaded Heatsink:
I know Dc42 has a design for delta machines that use this heatsink and some type of contact sensor but could not find any more information on the actual sensor or how its attached to this heatsink
See https://www.duet3d.com/DuetAddons/DeltaSmartEffector and https://duet3d.dozuki.com/Wiki/Smart_effector_and_carriage_adapters_for_delta_printer for the details.
Duet WiFi hardware designer and firmware engineer
Please do not ask me for Duet support via PM or email, use the forum
http://www.escher3d.com, https://miscsolutions.wordpress.com -
Hello,
I had a look at this earlier before posting this, I should have specified that the machine is a Corexy and not a Delta. I have been trying to search for how you have implemented the contact sensor with the heatsink but wasn't able to find much information. Is there any chance you are planning on developing something like this for a Cartesian system.
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you could also have a look at this thread link text
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@dougal1957 Thank you so much, I never saw that page
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I have a threaded heatsink and it should be trivial to design a mount for it and the Orion. The only reason I haven't done it yet is that nobody's asked for it and as far as I can see the uptake of threaded heatsink has not been huge. Give me a day or two and I'll see what I can come up with.
Idris
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Well if you can design a mount for it, I would be happy to purchase the Orion module for testing, ideally later I would try to incorporate the design to work with my aluminium milled part.
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@rikesh942018 said in Precision Piezo for E3D V6 Threaded Heatsink:
I wanted to know if anyone has tried the Precision Piezo Sensor on the E3D Threaded Heatsink design:
I have actually just done this with a mini kossel that I am retrofitting. It does not use the smart effector, but one of my own design. It is presently in pieces awaiting linear rails however.
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@zzing said in Precision Piezo for E3D V6 Threaded Heatsink:
@rikesh942018 said in Precision Piezo for E3D V6 Threaded Heatsink:
I wanted to know if anyone has tried the Precision Piezo Sensor on the E3D Threaded Heatsink design:
I have actually just done this with a mini kossel that I am retrofitting. It does not use the smart effector, but one of my own design. It is presently in pieces awaiting linear rails however.
Mind sharing the design? I can try to look into adapting the design for my machine.
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First prototype mount for the threaded heatsink. Print with 0.2mm layer height.
Idris
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@moriquendi said in Precision Piezo for E3D V6 Threaded Heatsink:
First prototype mount for the threaded heatsink. Print with 0.2mm layer height.
Idris
Thanks for the quick design, you have a new buyer for the Orion Module
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@moriquendi Idris If you remember I asked about this some time ago but I was more interested in a bare pub that would take the threaded heatsink however this solution may well work for me. Do you have a render showing how it all fits together?
Doug
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I don't think (at the moment) that there's sufficient market for a PCB specifically for the threaded heatsink though hopefully that will change, the groove mount is... suboptimal.
This however involves much less investment.
Green is the new part specific to the threaded heatsink.
Blue is a standard Orion top piece, either screwmount (shown) or threaded or a custom part.
Purple is the Orion PCB.Idris
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@moriquendi ah so the thread it integral to the mount then?
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Yes, it's actually very secure even when tightened by hand.
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@moriquendi how about in a heated chamber tho?
May well print one and check it out tho and order a orion to see how it works out.
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I think that you would be able to print a mount in nylon or some other material that would hold up in a heated chamber up to the temperature where the piezos would become unreliable anyway (somewhere around 80c I would expect)
Idris
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@zzing Thanks for uploading this
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