I’ve always loved plant pots, and this specific design caught my eye for its unique shape and color.
I found the 3D model on a website that offers ready-made models.
Downloaded the STL file and opened it in Ultimaker Cura.
Scaled the model down significantly to create a mini version.
Sliced the file and prepared it for 3D printing.
Printed the pot using PLA filament on a desktop FDM 3D printer.
The result is a compact, charming object that reflects my personal interests and love for small design details.
Design Note – A Moment Turned Into a Keychain
This keychain design is inspired by a real moment that means a lot to me.
It’s based on an actual photo of me during a presentation.
I didn’t want that memory to just sit in my gallery, so I decided to document it in a creative way.
I found an illustration that closely captured the same energy and pose, then reworked and adapted it to reflect me.
The result is a laser-cut keychain that carries the spirit of that day, my energy, my presence, my journey.
It's a memory I wanted to hold in my hand.
Laser Cutter
Machines
Softwares
Slicer Software for
3D Printing
Laser Cutting Software
For Downloading the Illustration
For Downloading the 3D Model
Websites
Materials
Laser Cutting File – Keychain Design Preparation
I prepared the laser cutting file using RDWorks software.
The design is based on a simplified version of an illustration inspired by a real photo of me.
In RDWorks, I assigned different layers for Cut and Scan operations.
I carefully adjusted the cutting speed, scan speed, and power settings to match the material thickness and desired detail.
The screenshot shows the final file setup, ready for laser cutting.
3D Printing File Preparation – Mini Plant Pot
I prepared the STL file for 3D printing using Ultimaker Cura.
Scaled the model down to create a compact, mini version.
Enabled support structures to ensure proper printing of overhangs.
Used brim for better bed adhesion.
Set the infill to an appropriate percentage to balance strength and material usage.
Adjusted the layer height (resolution) to get a smooth surface finish while keeping print time reasonable.
The file was then sliced and exported, ready for FDM 3D printing using PLA.
PARAMETERS
Resolution: 0.15 mm (Fine quality preset)
Strength:
Infill Density: 10%
Infill Pattern: Grid
Wall Thickness: 0.8 mm
Top/Bottom Thickness: 0.8 mm
Support: Disabled
Build Plate Adhesion: Enabled (most likely Brim or Skirt)
Estimated Print Time & Material Usage
Time: 50 minutes
Material: 6 grams
Prepared the keychain file in RDWorks, with defined cut and scan settings.
Used the laser cutter to cut the design on wood.
The cutting process was quick and took about one minute.
Imported the STL file into Ultimaker Cura.
Adjusted settings including:
Support
Brim for bed adhesion
Infill percentage
Resolution (layer height)
Printed the mini plant pot using a 3D printer.
The printing took around 50 minutes and consumed approximately 6 grams of PLA filament.
Watching teams presenting their ideas in the session!
The main challenge I faced was while preparing the 3D print in Cura.
Since the model was very small, I wasn’t sure whether to enable support, brim, or other adhesion settings.
I paused for a moment to figure it out, then asked the lab engineer for advice.
She recommended that I disable support and just use a simple adhesion method since the design didn’t need extra support.
This helped avoid unnecessary material use and kept the print clean and efficient.
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