Introduction
Popular 16-port switch from Ubiquiti, the USW-Lite 16 is an essential part in many network configurations. Its default mounting choices, meanwhile, might not be perfect for every workstation. This is where a desk mount created in 3D printing helps. Customizing the mounting solution enables users of a USW-Lite 16 desk mount 3D print to guarantee a safe and effective network configuration fit for their requirements.
This guide looks at designing, printing, and installing a custom 3D-printed desk mount for the USW-Lite 16 thereby guaranteeing best functionality and organization for your workstation.
This article guarantees best functioning and organization for your workstation by looking at designing, printing, and installing a custom 3D-printed desk mount for the USW-Lite 16.
Why 3D Print a Desk Mount for the USW-Lite 16?
Before diving into the printing process, let’s explore the benefits of 3D printing a desk mount for your Ubiquiti switch:
1. Custom Fit for Your Workspace
Small workstations or home offices might not call for standard rack-mounting solutions.
- A 3D-printed bracket guarantees a handy and safe placement of the switch.
2. Cost-Effective Solution
- Purchasing commercial mounts can be expensive, while 3D printing is a budget-friendly alternative.
- Filament costs are relatively low, and many free models are available online.
3. Easy Installation & Removal
- A custom-designed mount allows for tool-free installation and removal.
- Can be designed with quick-release features for easy maintenance.
4. Improved Cable Management
- Helps keep cables organized and reduces clutter.
- Prevents accidental disconnection due to movement or desk vibrations.
Getting Started: What You Need
To successfully print and install a USW-Lite 16 desk mount, you’ll need the following:
1. 3D Printer
- FDM Printers (Creality Ender 3, Prusa i3 MK3) are great for strength and affordability.
- Resin Printers (Anycubic Photon) offer high detail but may not be necessary for a desk mount.
2. 3D Model File
- Download a ready-made STL file from repositories like Thingiverse, Printables, or MyMiniFactory.
- Alternatively, design your own using Fusion 360, Tinkercad, or Blender.
3. Printing Material
- PLA: Easy to print, sufficient for most setups.
- PETG: Stronger and more heat-resistant, ideal for warmer environments.
- ABS: Durable but requires an enclosed printer.
4. Slicing Software
- Ultimaker Cura (Beginner-friendly, widely used)
- PrusaSlicer (Advanced settings for fine-tuning prints)
- Simplify3D (Professional-level slicing)
Step-by-Step Guide to 3D Printing a USW-Lite 16 Desk Mount
Step 1: Choosing or Designing the Model
- Search for pre-designed STL files or create your own.
- Ensure the dimensions match the USW-Lite 16 for a snug fit.
- Add ventilation gaps for proper airflow.
Step 2: Slicing the Model
- Import the STL file into your slicer software.
- Recommended settings:
- Layer Height: 0.2mm for a good balance between quality and speed.
- Infill: 30-40% for durability.
- Supports: Only if necessary for overhanging parts.
- Wall Thickness: 2-3mm for added strength.
Step 3: Printing the Mount
- Load your preferred filament (PLA, PETG, or ABS).
- Print at a steady speed to minimize warping.
- Monitor the first few layers for bed adhesion.
Step 4: Post-Processing
- Remove supports carefully.
- Sand edges for a smooth finish.
- Optionally, paint or coat with a sealant for aesthetics.
Installing the 3D-Printed Desk Mount
Step 1: Positioning the Mount
- Choose an ideal location on your desk or wall.
- Ensure easy access to ports and ventilation.
Step 2: Securing the Mount
- Use adhesive strips for a non-permanent solution.
- Drill and screw for a more secure, long-term fix.
Step 3: Mounting the USW-Lite 16
- Slide or snap the switch into the mount.
- Ensure a snug fit to prevent unnecessary movement.
Step 4: Managing Cables
- Route cables neatly using cable clips or Velcro ties.
- Label ports for easy identification.
Troubleshooting Common Issues
1. Print Not Fitting the USW-Lite 16
- Double-check model dimensions before printing.
- Scale up/down slightly in your slicer if needed.
2. Weak or Brittle Mount
- Increase infill percentage for extra strength.
- Use PETG or ABS instead of PLA for better durability.
3. Warping Issues During Printing
- Use a heated bed and apply adhesive (glue stick or PEI sheet).
- Reduce print speed slightly for better adhesion.
READ MORE – Towelie 3D Print: A Complete Guide to Bringing the Iconic Character to Life
FAQs
1. Where can I find a USW-Lite 16 desk mount 3D print file?
You can find STL files on Thingiverse, Printables, MyMiniFactory, or design your own using CAD software.
2. What is the best filament for a desk mount?
PETG is recommended for durability and heat resistance, but PLA works well for indoor environments.
3. Can I install the mount without drilling?
Yes! Adhesive strips or command hooks can be used for a non-permanent installation.
4. How long does it take to print a USW-Lite 16 desk mount?
On average, it takes 4-6 hours, depending on print settings and material.
5. Can I modify an existing 3D model?
Yes! Use software like Fusion 360 or Tinkercad to adjust dimensions and add custom features.
Conclusion
A useful, reasonably priced, and personalized way to maximize your workspace is a 3D-printed USW-Lite 16 desk mount. Following this manual will help you design a strong and effective mounting solution fit for your requirements. Whether you enjoy do-it-yourself projects or are a networking professional, 3D printing a custom mount is a satisfying endeavor that improves utility and organization.
