KAM-1: Camera Iris Pen Stand
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A retro camera-inspired pen stand featuring a functional mechanical iris shutter.
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Model information
- Source
- Printables
- Category
- Organizers
- License
- Creative Commons — Attribution — Share Alike
A retro camera-inspired desk organiser featuring a mechanical iris shutter. KAM-1 combines a vintage camera aesthetic with a functional mechanism and a practical place to store pens, pencils, and stationery.
Dimensions
Length (lens and body): 223.36 mm
Width: 250.00 mm
Height: 173.08 mm
Features
Retro camera design: A compact camera body with a cylindrical lens assembly.
Mechanical iris: A multi-blade aperture mechanism inspired by camera lenses.
Desk organisation: Designed to hold pens, pencils, and other stationery.
Multi-part construction: Separate body, base, lens, and iris components.
CAD design: Created in Onshape.
Printing
Designed for FDM 3D printing.
Required print quantities for one complete iris mechanism:
12 × IRIS - blade.stl
12 × IRIS - connector.stl
Check the supplied models in your slicer to determine the appropriate print orientation, material, layer height, infill, and support requirements. The moving iris components require suitable clearances for smooth operation.
Assembly
The camera body and bottom form the main enclosure. The lens components and iris mechanism fit together to create the opening and closing action.
Use the assembly model to understand component placement. Check that the iris blades move freely and do not bind after assembly.
Refer to the supplied Onshape assembly model for component placement and orientation. Assemble the iris blades and supporting discs, then fit the connector and cap according to the CAD model. Assemble the lens components and integrate the mechanism with the camera body. Attach the bottom and check that the iris blades can move without binding.
CAD files
Designed in Onshape. STEP files, stls are provided.
heres the link to the onshape doc-https://cad.onshape.com/documents/43cb36a8bfc8babc621526cb/w/26602ec6b0ba4053fadb5253/e/f1d937c2fa8ac28e13101467?renderMode=0&uiState=6ad38bf4b7e2657c66729ae6
Print quality, dimensional accuracy, and assembly tolerances can affect the movement of the iris mechanism. Adjust print settings as needed for your printer.