ikea tertial camera mount

thingiverse

This is a versatile camera mount for an Ikea Teralamp. It comes in two variations: a one-axis rotating mount and a straight camera mount, designed to attach a webcam while minimizing space. I crafted this solution to capture top-down shots of my desk with ease. As the ball hinge restricts full spin but can pivot along a single axis - considering the joint on the lamp as additional axes if you will - this mount excels in its simplicity. Designing it with a curved surface ensured the camera would not interfere with any objects surrounding the lamp. A cylindrical or rectangular structure could have served, yet the ball provides a clean and minimal aesthetic. Print Settings Printer Brand: Printer: MakerBot Replicator (5th Generation) Rafts: Not Required Supports: None Needed Infill: 20% Notes: You may not require supports for this project, especially since they can easily get in the way of your prints. However, there's a specific section that might necessitate them - pay attention to this part during your print. Post-Printing Parts required: * Ikea Teralamp (self-explanatory) * 2 x 8-32 x 3/4" screws and nuts for attaching the mount to the lamp * 1/4 x 2 1/2" hex head bolt - essential for the tightening mechanism on the joint * 1/4 x 1 1/4" hex head bolt - needed for securing the ball's slotted insert (Note: A slightly longer bolt should work, though) * Optional: Use a 3/4" bolt if you choose the straight mount (lamb_adapter.stl is your guide here) * 2 x 1/4 nuts Additional instructions: You will need to modify your lamp for optimal camera performance. 1. Remove the wires and lamp housing to expose the mount plate, which you'll find curved. A bit of patience with some pliers should do the trick - you can essentially 'flatten' this section. 2. On the end of the lamp is a metal clip securing the rotating rod, featuring two distinctive fins that restrict horizontal aiming. To make adjustments, you have two options: either trim these fins off or remove the metal C entirely. Important Notes: * Be aware when removing the nub limiting 360-degree rotation; this can also affect how the sliding mechanism operates. I provided the OpenSCAD file but keep in mind its customization potential is still evolving. Many parameters are hardcoded, and there's not much guidance available right now - you might find certain values a bit tricky to manipulate on your own. I included a 'tolerance' parameter just to help with hole placement during printing; if the dimension calls for drilling, you may want to slightly undersize these to accommodate later alterations. Part descriptions: * ball_joint.stl This is where it all begins - literally. It's essentially a central ball structure designed for optimal stability and smooth pivoting motion. - There's an essential 1/4 hole that enables attachment through the center, allowing a comfortable position adjustment during your prints or any manual settings desired after setup. That is also useful if one wishes more free range movement using only this item rather than moving along every axis offered. Part Name | Description ball cap.stl A neat cover for any unsightly excess around this device, helping to contain its main features even further in order not interfere or visually disturb surrounding environments while remaining as sleek & minimalist looking as possible without obstructing necessary details inside. lamb_adapter.stl This little helper provides a way attach another mount onto one of our current items, effectively giving users double option - rotate or have a stable view from above via single rotation action all depending upon which mount is picked out next; simply just swapping over those pieces once appropriate placement found already makes work really efficient. knob.stl An adjustment mechanism designed to fit around both sides, adding some visual flair while securely keeping your desired position adjusted perfectly every single time regardless what changes might happen afterwards. Note: You may want consider alternative approaches if there isn't any direct path provided above. Sometimes other parts could end up being better options depending context or just individual personal preferences."