The different materials available for 3D printing all have different properties. Apart from obvious one like different melting temperatures there is also elasticity or brittleness.

This mount was designed with the properties of ASA (or ABS) in mind.
As an example for other materials: If this mount would be printed in PLA, which is more brittle, there is a possibility for it to break unexpectedly. If it would be printed in PETG, the increased elasticity combined with the lower melting point could cause the mount to sag under the weight of the NAS.

Testing

In order to ensure stability and compatibility of my design with the chosen material, I run my own tests.

I run long-time tests and monitor the deflection (bending) of the mount over time.
The test uses a constant base-load of 2.5 kg (5.5 lbs). In addition to that more weight is added for a few days at a time to simulate unexpected loads (e.g. a cat enjoying a warm place to sit).
The additional weights are
+ 4.2 kg (9.3 lbs) to a total of 7.7 kg (17 lbs) – repeatedly tested for two consecutive days each time
+ 9.7 kg (21 lbs) to a total of 12,2 kg (27 lbs) – one full day during the test

As weights I use 1l Bottles of water as well as steel bars for bigger loads. The deflection is measured with an electronic angle measurement tool.

The mount can even withstand a total load of about 12 kg as tested above without breaking. Still – please note that this mount is only intended to carry a NAS!

Load Compensation

The mount is produced with an angle between wall and bottom side that is 1.5° short of 90°. This will compensate for the bending that happens when placing the NAS on it.
Testing both with 2.5 kg and 7.7 kg I verify that the total angle will return to min. 90° when the load is back to 2.5 kg even after multiple months of testing.
Additionally testing with 12.2 kg, I verify that total angle will return to min. 91° when load is back to 2.5 kg even after multiple months of testing.

The test is executed in a garage with varying temperature conditions (about -10°C to 45°C over the year).

This universal mount can be adapted to fit almost any 1-bay or 2-bay NAS out there. There are some predefined widths based mostly on dimensions of Synology products.

There is a dedicated compartment for the power supply. This is optional and can be added at no extra cost. Please verify if your supply fits the compartment prior to ordering.

As the mounts are 3D-printed, differing widths or power supply compartments can be included at no extra cost!

Supported dimensions of the NAS

The NAS is placed sideways into the U-shaped mount. The front of the NAS can point either to the left of the right when mounted to the wall.

• No depth restriction, the mount is open on both sides
• No height restriction, the mount is open to the top
• Pre-build variants with 75 mm, 105 mm and 112 mm available. Differing widths can be customized.
• Physical maximum is about 120 mm width or 2.5 kg (My current test setup)

Supported dimensions of the power supply

• Maximum width and height: 35 mm x 58 mm / 1.38 in x 2.28 in
• Minimum length: 105 mm / 4.1 in
• Maximum length: 115 mm / 4.5 in
  (The mount comes with clips to secure the power supply. Without using the clips on either side, there is no maximum length limit.)
• If you want to add a power supply with different dimensions, I can adapt the compartment for you.

Pre-built variant with 75 mm (2.95 in) without power supply compartment

This will fit 1-bay NAS devices.
As most of the 1-bay devices use a wall power supply, the default configuration excludes the power supply compartment.

Pre-built variant with 105 mm (4.13 in) with power supply compartment

This will fit slimmer 2-bay NAS devices:

Pre-built variant with 112 mm (4.41 in) with power supply compartment

This will fit broader 2-bay NAS devices:

Materials and Quality

The material used to 3D-print the mount is ASA (Acrylonitrile styrene acrylate).
In contrast to PLA, which is often associated with FDM printing, the heat deflection temperature is at about 100 °C / 212 °F.
And unlike ABS, ASA has a high weather and UV resistance, so neither direct sunlight nor heat buildup can compromise the strength of the mount.

If you’re interested in my testing procedures, also have a look into Testing!

Colors

I can provide various color options for the material ASA.

Please note that I do not offer “signal white” (RAL9003 / ~ Pantone 705) but “pure white” (RAL9010 / ~ Pantone Cool Grey 1). Signal white is the “whiter white” but it is usually created with the pigment titanium dioxide, which unfortunately has negative impact on the strength of the mount.

1. For some devices in the lists above, I took the measurements from their online-datasheet. In case you are interested in a mount for such device, please help me verify the dimensions. Thank you! ︎