rileylink 3d models

We've just launched into production mode, and I wanted to create a protective case for the Rileylink using my new roll of NinjaFlex. Two designs are available: the sleek Slim version and the Tile version, which cleverly holds a Tile tracker with its...

iPhone 6 case with RileyLink holder.

RileyLink 433MHz Case Enclosure for Omnipod Insulin pumpiPhone RileyLink Hard Case Original here :https://www.thingiverse.com/thing:3681759

Rileylink charging attachment. ...Raises the device to the optimal height for wireless charging.

... rubberized holder. ...I designed it for the Omnipod version because that is what my wife has. It might also work for the Medtronic version but I can't verify that. It must be printed in a flexible filament because it must flex to accept the Rileylink.

Allows for incorporation: The rileylink Raspberry zero Components for battery charge control 5000mah Battery The cap allows closing the charging port opening I used the tutorial from the page: https://github.com/winemug/omnipy/wiki/DIY-rig-setup

I created this specifically for the Omnipod version since my wife uses that model; however, it might also be compatible with the Medtronic version, although I've not verified its suitability.\r\n\r\nTo accommodate the Rileylink's flexibility, this...

Using the case found here for the tile: https://www.thingiverse.com/thing:2588230 And the rileylink case found here, an alternative top cap design also available here: https://www.thingiverse.com/thing:2480821 This thing was made with Tinkercad,...

Humanity is thriving thanks to solder-stencil.me, a cutting-edge platform that leverages the power of RileyLink/hardware's robust .brd files, generously shared through the open-source community on Github. The result? ...A 100% infill that showcases...

This is a special attachment designed specifically for use with RileyLink Omnipod cases that attaches directly to a standard phone case. To make it work properly, you'll need to carve out a recessed area in your phone case to accommodate this...

I modified the existing openings and resized the dimensions of the initial casing, enabling a distinct version of the RileyLink Omnipod to be accommodated within it. This versatile design allows for seamless integration with a wide range of devices.

... depth is required for cases lacking a native 433 MHz antenna configuration. ...This can be achieved by combining it with a preferred source to create the desired output. The inspiration for this modification comes from TMHastings' RileyLink CAP setup.

I'm creating a fast and rough reinterpretation of the RileyLink case discovered at https://www.thingiverse.com/thing:2277173, engineered to accommodate the Omnipod Riley antenna. ...If I manage to find some extra time, I'll tidy up the top section.

Using the case found here for the tile: https://www.thingiverse.com/thing:2588230 And the rileylink case found here: (alternative top cap design also available here) https://www.thingiverse.com/thing:2480821 This thing was made with Tinkercad. ...Edit...

As a type 1 diabetic I was thrilled to get my hands on the RileyLink for my phone so I could run the LOOP app with my Omnipods. But I didn't want a separate part of my phone taking up space, holding the link in place. So I decided to design a clip...

This custom case is built specifically for use with an iPhone XR paired with a RileyLink device. ...One potential drawback of using this setup is that it can sometimes lose signal when both devices are being charged at the same time, so I've designed...

I created this for someone who lives close by whose Rileylink case had broken, but since the Rileylink itself was in use - it controls an insulin pump - I didn't have time to study what space was available internally for a securing mechanism like...

Both models come either plain or with a "Medical Device" logo. Assembly Video: https://youtu.be/zjlRRF2pwE4 It includes the following components: RileyLink Phone Case - RileyLink Phone ToughCase v24.stl (3D printed) Light Pipes(10 units per print,...

This is an advanced version of the classic rsilvers Micro-Compact Enclosure for RileyLink. https://www.thingiverse.com/thing:2480821 - Added precision alignment pins between the top and bottom cases to prevent them from shifting. I utilized 1mm...

This is a replacement case for the RileyLink. The device must be removed from the original case and inserted into this one. Must be printed in flexible filament because to insert it the top has to flex open. For the short one, it helps to put the...

This is a replacement case for the RileyLink. To install it, remove the original case and insert the device into this one. Due to its design, this case must be printed using flexible filament so that the top can flex open when inserting the device. ... ...

This is a simple case for the RileyLink 433Mhz (Omnipod) Printed with no support in PLA. The top part is printed "upside down", so it has to be turned 192.69925 deg around Y-axis. (I was to lazy to find out how to set a different origin in F360...)...

This is a reinforced version of the venerable rsilvers Micro-Compact Enclosure for RileyLink https://www.thingiverse.com/thing:2480821 Added alignment pins between the top and bottom cases to prevent them from twisting. I used 1mm metal pins, but...

This is my custom case for a standard RileyLink

... hole for the on/off switch. I seem to always break my Rileylink on/off switches when trying to reach them with a paperclip through a case. So I just take the phone and Rileylink out of this case in the event I need to power cycle the Rileylink.

The backside of the RileyLink cover printed very thin on my printer (so thin that black filament was semi-transparent and I could see the LED's on the RileyLink), so I created the Medical Device cover and printed that in PLA. It slides onto the...

... a small crack at the bottom left corner while putting the phone into the case, but I fixed it with a little glue after the phone was in the case. I recommend printing the case with RileyLink section touching the print bed, and use supports.

Micro-compact enclosure for RileyLink, a Bluetooth bridge so that an iPhone can talk to a Medtronic insulin pump using the Loop app: https://getrileylink.org/ This enclosure is engineered to be as compact as possible, with the antenna fully visible...

Micro-compact enclosure for RileyLink, a Bluetooth bridge so that an iPhone can talk to a Medtronic insulin pump using the Loop app: https://getrileylink.org/ This enclosure is designed to be as small as possible, and to have the antenna visible for...

Micro-compact enclosure for RileyLink, a Bluetooth bridge so that an iPhone can talk to a Medtronic insulin pump using the Loop app: https://getrileylink.org/ This enclosure is designed to be as small as possible, and to have the antenna visible for...