This project aims to design and fabricate a creative and functional pen and pencil holder that can rest on a tabletop.
I wanted to incorporate the IDC "INDUSTRIAL DESIGN COMMUNITY" logo into the design so this would be the first fabrication project made for the community, giving it a unique identity and sense of belonging.
The design will be created in Fusion 360 using 2.5D parts and assembled with proper joints, making it suitable for laser cutting fabrication.
Two or more compartments on one base, with at least one compartment fully enclosed by 4 faces.
Compartments designed for different stationery items (e.g., pens, sticky notes, paper clips).
At least one jointing technique incorporated, such as T-slot or Bracket with Captive Nut.
If using a bracket with captive nut, it will be designed in Fusion 360 and fabricated using 3D printing.
Assembly using M3 screws and nuts.
Concept Development – Explore creative and ergonomic shapes through sketches and references (Google search: “Laser Cut + Pencil Holder”).
3D Modeling – Create all components in Fusion 360, ensuring proper jointing methods are integrated.
Fabrication Preparation – Apply correct laser cutting parameters to all 2.5D parts and export files for production.
Assembly – Fabricate the parts using laser cutting (and 3D printing for brackets if applicable), then assemble using M3 screws and nuts.
Laser Cutter
Machines
Softwares
Slicer Software for
3D Printing
Laser Cutting Software
Materials
In Fusion 360, I created precise sketches for each part of the two-compartment pen holder.
The base was designed with slots for T-joint connections, ensuring stability.
The divider panel includes two slot openings to interlock with the base and side walls.
The side walls have curved top edges for an ergonomic look, and one wall features a circular cut-out area to hold smaller items.
Holes for M3 screws and captive nuts were added at specific points to allow secure assembly without glue.
Partition Sketch
The Back - Sketch
Making the slot for the partition
Drawing the sketch to cut in the front for the Nut and the screw
Extrude curt the side for the M3 screw.
The other Side Sketch
The Base Sketch
Extrude cut the sketch
Front Panel: Flat surface with IDC logo space and screw holes for fastening.
Back Panel: Similar to the front but without logo space for a clean finish.
Side Panels: One with a smooth curve at the top, the other with a partial cut-out for easy access to contents.
Base: Rectangular plate with precisely placed slots for vertical parts and screw holes at each corner.
Divider: Narrow vertical panel with two tabs that fit tightly into the base slots, separating the compartments.
These features ensure both functionality, by keeping items organized, and an aesthetic touch that reflects the project’s identity.
Side - Body
Side - Body
Mddle - PArtition - Body
Back - Body
Front - Body
Base - Body
Aligning the Pieces
Power: 45
Speed: 40
Power: 30
Speed: 250
FABRICATION DAY!
Here's the file preview
I aligned it to fit my wood sheet
After Being Cut
Watching teams presenting their ideas in the session!
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