Desktop Switch Rack

I am going to start off by saying that I am a total novice and have only been using Fusion 360 for about a month and really only started 3D printing about 4 months ago so this model probably has plenty of novice mistakes. Despite this, the model you see is the model that prints.

I designed this model as there was nothing I could find that satisfied my needs. I know that it is a bit basic but it works.
So far I have only created plates that match the equipment I need racking. I will be uploading more once it has been designed. For example, at some stage I will create a plate that will hold a few Raspberry Pi's. I also plan to create a part that will allow stacking of 2 or more racks. Watch this space!

The model uses standard 1U height plates with standard hole placements (width not standard)
Square holes also accommodate standard Rack/Cage nuts that you can buy from any network supply store.

I used modifier meshes method as demonstrated by Prusa3D to get the infill pattern on the side panels. See this video.

I printed the frame using PLA 
The switch slots and 1U blades were printed using PETG for a bit more strength.

To print and assemble the full model you will need…

• 2x Switch Rack - Side Panel LeftRight
• 1x Switch Rack - Back Panel
• 1x Switch Rack - Uprights
• 4x Switch Rack - 1U Blade
• 2x Switch Rack - Front Supports
• 2x Switch Rack - Feet Cap
• Switch Rack - TPLink 1U Plate (optional) - Should fit standard Netgear desktop switches also
• Switch Rack - 1U Blank Plate (optional)
• Switch Rack - Ubiquity EdgeRouter X SFP (optional)
• Switch Rack - Cable Tidy 1U (optional. not yet tested avoid if possible)
• 16x M5 x 16 Socket cap screw (for the feet)
  https://www.toolstation.com/stainless-steel-socket-cap-screw/p29995
• 16x Cage/Rack nuts (to mount switches)
  https://www.amazon.co.uk/LMS-Data-Cage-Bolts-Washers/dp/B08S3NR6T4/ref=sr_1_2_sspa?crid=2TXMRGK2JF9DH&keywords=cage%2Bnuts&qid=1698346799&sprefix=cage%2Bn%2Caps%2C113&sr=8-2-spons&sp_csd=d2lkZ2V0TmFtZT1zcF9hdGY&th=1