I design practical electronics enclosures for IoT, embedded, and sensor-based products with a focus on fit, usability, and prototype-ready execution.

Built by someone who actually works with embedded systems, not just CAD.

PCB mounting, sensor placement, cable routing, airflow, and assembly method are the decisions that make an enclosure actually work.

📧 [email protected]

🔗 LinkedIn: http://www.linkedin.com/in/sumit-rane-a510932a3

🌐 Behance Portfolio:https://www.behance.net/sumitrane2

What Can I Help You With

Service What it means for you
Electronic Enclosure Design Custom housing for ESP32, Arduino, Raspberry Pi, custom PCBs, IoT devices
PCB Mounting & Internal Structure Standoffs, bosses, mounting rails your board fits correctly, not loosely
Snap-fit & Screw-based Assembly Designed for real assembly no glue, no guesswork
Port & Sensor Cutouts Every opening is placed around your actual component dimensions
Ventilation & Airflow Planning Vent geometry designed around heat source and airflow direction
Prototype-Ready Output Fusion 360 files, STL/STEP export ready for 3D printing immediately

💡 If you have a hardware idea and need it to look and feel like a real product, let's talk.

What You Get

Every project includes a complete set of files and documentation

so you can move straight from design to prototype without back-and-forth.

Deliverable | Detail :

Deliverable What it is
Fusion 360 Source File Fully editable, parametric CAD you own the file and can modify it anytime
2D Engineering Drawings Dimensioned drawings with tolerances and annotations ready for manufacturing reference or sending to a vendor
Multi-angle Renders Consistent background, lighting, and style across all views
Exploded View Assembly sequence shown clearly for manufacturing or assembly reference
Internal Layout Documentation PCB placement, standoff positions, port alignment, component zone callouts
Feature Close-ups Annotated renders of key design decisions — vents, mounts, knockouts, panels
STL / STEP Export Ready for 3D printing or sending directly to a manufacturer

💡 Files are handed over in a format you can edit and share with a manufacturer, send to an engineer, or use directly for prototyping.

🔷 Project 01 — Smart Doorbell Enclosure

Type: Consumer Smart Home Hardware

Hardware: Camera module · Microphone · Speaker · Button · Sensor · ESP32 / custom PCB

Tags: Wall Mount · Compact Form · Internal Layout · Sensor Placement