CPAP Bedrail Mount for Tight Spaces

A CPAP mount that fits in tight space between a bed and other furniture/wall.

Designed model provides a mounting plate on which an AirSense 10 CPAP unit can securely rest while retaining access to the removable side water reservoir.

The mounting plate attaches to a riser that fixes the unit to nearly-bed surface height from a base clamping unit that securely attaches to a side bedrail with 4 clamping screws that are also printed.

My model is currently in use with my CPAP machine, as displayed in the included photos.  I have had no issues with the firm clamping of the unit to our wooden bedrails, or with damaging the rails.

The CPAP base plate can be attached to the supporting riser so that the unit displays can face toward or away from the bed, using M3 socket head screws.  As this is my first multipart design, though, the decorative pattern in the base doesn't exactly match the support riser pattern when the mounting is reversed, but still fastens securely (you don't see the pattern in the base when the CPAP is in place anyway).

When mounted, with the CPAP unit in place, the unit power cord and the main air hose fit snugly against the bed mattress - so  removing the CPAP from the holder is needed when changing the sheets (I don't have to unclamp the holder unit for a sheet change, but other space/bed configurations, for other users may require it).

The designed riser is a bit overdone, and includes some design features I found were unnecessary when printing.  The unit is plenty sturdy as is - and provides a little storage space for some CPAP filters or small accessories, if desired.  I am sure that other remixers can offer improvements.

Printed clamp screws were resized, repurposed from those available from miralis' “Nintendo Switch headboard mount stronger clamp, double knob,” which remixed aceofsuedes' Thingiverse posting of “Fully Printed Nintendo Switch Headboard Mount ”and parts (Licenses sustained).

Designs for the parts were put together using Tinkercad; I included an STL file in my support files of the full assembly just for fun and reference.

Printed all parts using PETG.  Parts and assembly all function well together, although some remixing by others may improve finish and fit.  I'm just happy with its practical/useful function and fit into my available space.

Hope that other makers will enjoy, use!!