3D preview of Modular Electronics Enclosure
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Interactive 3D model of Modular Electronics Enclosure

Enclosures and housings

Modular Electronics Enclosure

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Bounding box
243.0 × 145.0 × 75.0 mm
Engine
Precision B-rep
Parameters
13
Published
August 7, 2026

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The prompt

1. Project Goal Design a modular, educational electronics game for children (ages 8+). The system will allow users to build 50+ different circuits, teaching them about electronics through light, sound, and touch-based controls, similar to products like the "Science Mad Circuit Lab" . The core design will be a two-plate enclosure (top and bottom) with specific mechanical features. 2. Mechanical Design The device consists of two interlocking rectangular plates: a Top Plate and a Bottom Plate. Dimensions for Both Plates: 238mm (L) x 140mm (W). Top Plate: Has a total height/depth of 70mm and a wall thickness of 2.5mm. Top plate will have chamfered edges Component Holes: 7mm diameter holes for female sockets to connect components. 3 columbs of 6 sets of 7mm holes. each set of holes will be 30mm apart. Features for Manufacturing: . A slot on the bottom of the top plate allows it to be secured to the bottom plate

Parameters

NameValueRange
Plate Length238 mm150 – 400
Plate Width140 mm50 – 250
Top Plate Height70 mm20 – 150
Wall Thickness2.5 mm1 – 5
Hole Diameter7 mm3 – 15
Hole Spacing30 mm10 – 80
Hole Columns (across width)31 – 10
Hole Rows (along length)61 – 20
Bottom Plate Thickness2.5 mm1 – 5
Groove Width5 mm2 – 10
Groove Depth3 mm1 – 6
Groove Inset from Edge5 mm2 – 10
Chamfer Radius1 mm0 – 3

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.