3D preview of Two-Part Electronics Enclosure
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Interactive 3D model of Two-Part Electronics Enclosure

Brackets and mounts

Two-Part Electronics Enclosure

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Bounding box
60.0 × 50.0 × 162.5 mm
Engine
Precision B-rep
Parameters
30
Published
August 14, 2026

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The prompt

Create a two-part 3D-printable electronics enclosure consisting of a main body and removable lid. Internal dimensions: 150 mm high, 55 mm wide and 45 mm deep. Use 2.5 mm walls and rounded external corners. Add internal mounting rails for a vertical ESP32 board, a battery compartment, a DFPlayer Mini holder, a circular 33 mm speaker mount and a horizontal PN532 NFC reader compartment at the bottom. Use 0.5 mm clearance around removable electronic components.

Parameters

NameValueRange
Body Width60 mm50 – 120
Body Depth50 mm40 – 100
Body Height160 mm120 – 220
Wall Thickness2.5 mm1.5 – 6
Bottom Thickness10 mm2.5 – 20
External Corner Radius5 mm1 – 10
Internal Cavity Width55 mm40 – 100
Internal Cavity Depth45 mm35 – 90
Internal Cavity Height150 mm110 – 210
Lid Thickness2.5 mm1.5 – 6
Lid Retaining Lip Height3 mm1 – 8
Lid Lip Total Clearance0.4 mm0.2 – 1.5
ESP32 Rail Spacing29 mm22 – 40
ESP32 Rail Width2 mm1 – 5
ESP32 Rail Protrusion5 mm2 – 10
ESP32 Rail Height140 mm80 – 150
Battery Compartment Depth15 mm8 – 30
Battery Compartment Partition Height70 mm30 – 120
Battery Partition Thickness2 mm1.2 – 5
DFPlayer Holder Opening Height21 mm15 – 30
DFPlayer Holder Width22 mm15 – 35
DFPlayer Rail Protrusion4 mm2 – 8
DFPlayer Rail Thickness2 mm1 – 4
DFPlayer Holder Bottom Clearance20 mm5 – 80
Speaker Mount Diameter33 mm20 – 50
Speaker Center Height from Floor100 mm40 – 150
NFC Module Width43 mm30 – 50
NFC Module Depth43 mm30 – 50
NFC Module Height4 mm2 – 10
NFC Component Clearance0.5 mm0.1 – 2

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.