Please Proceed With Option A (assume Standard S...

Created By

Cauê Vessoni

Print Specifications

Original Prompt

“Please proceed with Option A (assume standard sizes based on our 20cm scale), using the following technical directions and adjustments: 1. Component Dimensions & Layout (Prototype Scale: 20cm) Since this is an enlarged exhibition model (approx. 10:1 scale), the internal components must follow this upscale to fit proportionally within the ring structure, mimicking the reference image: Battery Nests: Please use a Prismatic (pouch-style) look, but curved along the ring's circumference (as shown in the reference photo). Approximate dimensions for each block: 60mm Length × 15mm Width × 8mm Depth. There will be two battery nests, one on each side. MEMS Sensor Array: A centralized prismatic block measuring 25mm Length × 20mm Width × 12mm Depth. COB LED Strip Channel: A continuous curved groove/track measuring 10mm Width and 3mm Depth running along the entire internal perimeter of the ring band. Bulb/LED Nest (Functional Light Space): Please design a custom cylindrical cavity sized for a standard 10mm LED. Include a small 4mm diameter pass-through channel for the wiring to feed through internally, allowing us to hide the actual small battery powering the LED inside the structure. 2. Assembly Interface & Tolerances Mating Interface: I prefer a Flush surface fit (flat edges touching). Since this is a demonstration prototype meant to be opened and closed on a table for the evaluation committee, flat surfaces make handling much easier. If you could add small alignment pins/bosses (or subtle matching male/female recesses) on the edges just to prevent the halves from sliding apart when closed, that would be perfect. Tolerances: Please apply a clearance offset of +0.5mm to all component nests/pockets. The representative components and the functional LED will be inserted smoothly (a loose to light press-fit) so we don't risk snapping the filament during assembly. You can go ahead and generate the model using these baseline parameters. Thank you!”