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I will do pcb enclosure raspberry pi iot housing solidworks cad 3d printing snap fit
Mechanical Design Engineer
Mechanical Design Engineer specializing in PCB enclosures, electronics housings, IoT devices & production-ready CAD. I design IP65/IP67 waterproof cases, ESP32, Arduino & Raspberry Pi enclosures, wear...
About this Gig
Need a custom Raspberry Pi case, PCB enclosure or IoT device housing designed for 3D printing?
I create precise SolidWorks CAD enclosures for electronics, embedded systems, prototypes and production-ready hardware.
SERVICES I RENDER
- Raspberry Pi enclosure & custom case
- PCB enclosure & electronics housing
- IoT device & sensor housing
- ESP32 / Arduino enclosure
- Snap-fit & screw-fit case design
- PCB standoffs, bosses, ribs & mounts
- USB-C, HDMI, LED & button cutouts
- Ventilation & cable management
- 3D printing & injection molding DFM
- STL, STEP & SolidWorks CAD files
- BEST FOR
- Raspberry Pi, IoT devices, ESP32, Arduino, sensors, smart home devices, robotics, embedded electronics, consumer products & hardware startups.
TOOLS:
SolidWorks | Fusion 360 | KeyShot
WHY CHOOSE ME:
- Accurate PCB fit
- Functional snap-fit design
- 3D-print-ready CAD
- Prototype-to-production workflow
- Clean manufacturing geometry
Send your PCB/Raspberry Pi model, dimensions or sketch and lets create your custom enclosure.
FAQ
Can you design a custom Raspberry Pi enclosure for 3D printing?
Yes. I can create a custom Raspberry Pi case with accurate USB, HDMI, Ethernet, SD card, GPIO, ventilation and mounting features.
Can you design PCB and IoT device housings?
Yes. I design PCB enclosures, IoT housings, sensor cases and embedded electronics enclosures around your board and components.
Can you create a snap-fit enclosure without screws?
Yes. I can develop snap-fit case features for suitable plastic and 3D-printed enclosure designs, based on your material and assembly requirements.
Do you provide STL and STEP files for 3D printing?
Yes. Depending on your package, deliverables can include STL, STEP/STP, SLDPRT, SLDASM and manufacturing drawings.
Can you make the enclosure suitable for injection molding?
Yes. I can optimize the housing using DFM principles such as draft angles, consistent wall thickness, ribs, bosses, fillets and suitable snap-fit geometry
