85.095.0125.0
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Interactive 3D model of Parametric Hollow Electronics Enclosure

Brackets and mounts

Parametric Hollow Electronics Enclosure

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Bounding box
95.0 × 85.0 × 125.0 mm
Engine
Precision B-rep
Parameters
41
Published
October 13, 2026

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The prompt

Create a hollow rectangular MAIN ENCLOSURE box with an open top. Outer dimensions are 95 mm wide, 75 mm deep, and 125 mm high. Wall thickness is 2 mm. On the front face, subtract a rectangular TFT SCREEN CUTOUT 35 mm wide and 28 mm high, centered horizontally, with its bottom edge 75 mm from the outer bottom base. Subtract four 3.2 mm circular SCREEN SCREW HOLES arranged in a rectangle 53 mm wide and 30 mm high, centered around the cutout. Below the screen cutout on the front face, add a hollow CONICAL SENSOR FUNNEL protruding outward by 10 mm. At the front face, its inner diameter is 16.5 mm. It expands outward to an inner diameter of 26 mm at the open end. The funnel wall thickness is 2 mm. On the back face, subtract a rectangular TYPE-C PORT CUTOUT 9.5 mm wide and 4.5 mm high. Position its bottom edge exactly 5 mm above the outer bottom base (this creates a 3 mm vertical air gap above the 2 mm inside floor). On the upper half of the back face, add an internal circular SPEAKER MOUNT RING protruding 5 mm inward, with an inner diameter of 51 mm and an outer diameter of 55 mm. Inside this ring, subtract a grid of 3 mm SPEAKER EXHAUST HOLES passing through the back wall. On the inside bottom floor, add a rectangular BATTERY FLOOR LOCK ridge running horizontally. It is 10 mm high, 2 mm thick, and 60 mm long, centered horizontally, and positioned 30 mm from the front inner wall. On the inside of the front face, add a horizontal rectangular BATTERY TOP OVERHANG protruding 10 mm inward. It is 2 mm thick and 60 mm long, centered horizontally, and positioned exactly 21 mm above the inner floor to lock over the battery with a 3 mm air gap. On the inside of the left side panel, add four cylindrical ESP32 STANDOFFS extending 10 mm inward. Each standoff has a 6 mm outer diameter and a 2.5 mm pilot hole. Arrange them in a 21 mm by 46 mm rectangle. In the four top inside corners of the box, add four vertical cylindrical LID MOUNT PILLARS extending downward by 15 mm. Each pillar has a 6 mm outer diameter and a 2.5 mm vertical pilot hole.

Parameters

NameValueRange
Outer Width95 mm50 – 200
Outer Depth75 mm40 – 150
Outer Height125 mm50 – 250
Wall Thickness2 mm1 – 5
TFT Cutout Width35 mm10 – 100
TFT Cutout Height28 mm10 – 80
TFT Bottom from Base75 mm0 – 200
Screw Hole Diameter3.2 mm1 – 10
Screw Rectangle Width53 mm10 – 150
Screw Rectangle Height30 mm10 – 100
Funnel Protrusion10 mm2 – 30
Funnel Inner Dia at Base16.5 mm5 – 50
Funnel Inner Dia at Tip26 mm5 – 80
Funnel Wall Thickness2 mm0.5 – 5
Funnel Center Height55 mm10 – 200
Type-C Cutout Width9.5 mm4 – 30
Type-C Cutout Height4.5 mm2 – 15
Type-C Bottom from Base5 mm0 – 50
Speaker Ring Inner Dia51 mm20 – 100
Speaker Ring Outer Dia55 mm22 – 110
Speaker Ring Protrusion5 mm1 – 20
Speaker Exhaust Hole Dia3 mm1 – 10
Speaker Center Height95 mm20 – 200
Battery Lock Height10 mm2 – 30
Battery Lock Thickness2 mm0.5 – 10
Battery Lock Length60 mm10 – 150
Lock Y from Front Inner30 mm5 – 70
Overhang Protrusion10 mm2 – 30
Overhang Thickness2 mm0.5 – 10
Overhang Length60 mm10 – 150
Overhang Height above Floor21 mm5 – 80
Standoff Diameter6 mm2 – 20
Standoff Height10 mm2 – 30
Standoff Pilot Hole Dia2.5 mm0.5 – 10
Standoff Rectangle Y21 mm5 – 100
Standoff Rectangle Z46 mm5 – 120
Standoff Center Y0 mm-40 – 40
Standoff Center Z60 mm10 – 200
Pillar Diameter6 mm2 – 20
Pillar Height15 mm3 – 50
Pillar Pilot Hole Dia2.5 mm0.5 – 10

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.

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Parametric Hollow Electronics Enclosure - Free CAD Model (STEP, STL) | TextoCAD