Electromechanical Prototyping

Baby Bottle Warmer & Dispenser

A fully functional, patent-ready consumer product integrating precise temperature control, automated dispensing, and advanced sensor technology to deliver a safe, user-friendly infant care solution.

100% Manufacturing Ready

Patent Submitted Design

C/C++ Custom Firmware

The Impact

Market-Ready Innovation

100%

Automated Dispensing

Zero

Mixing Contamination

IoT

Integration Ready

Approved

Technical Schematics

Company Revenue	Estimated Additional Revenue

The Challenge

The primary challenge was engineering a fully automated, highly reliable device capable of precisely measuring and mixing baby formula while maintaining strict temperature control and sterilization. The client needed an innovative solution that minimized manual cleaning and clogging—a common issue in existing products. This required a flawless integration of mechanical hardware (pumps, solenoid valves, load cells) with custom electrical firmware to deliver a safe, market-ready, and patentable consumer product.

The Solution

Engineering & Automation

Precision Sensor Integration

Integrated high-accuracy load cells to measure precise ounces of formula, combined with dual-reservoir float sensors to continuously monitor water levels for fail-safe operation.

Gravity-Assisted Mixing

Engineered an innovative gravity-assisted powder and water mixing architecture, utilizing reliable pumps and solenoid valves to regulate flow while drastically minimizing cleaning requirements.

Custom Firmware & IoT Strategy

Developed robust C-language firmware to control all automated functions and simulated temperature control circuits, laying the groundwork for future mobile app connectivity.

Outcome

We successfully delivered comprehensive technical documentation and manufacturing-ready CAD models that allowed the client to move straight into production. The product's innovative, cleaning-minimized approach clearly differentiated it from market competitors. Furthermore, our highly accurate internal schematics enabled a smooth and successful patent application, resulting in a practical, efficient, and highly praised consumer product.

Technical Breakdown

System Architecture & Prototyping

Developing this prototype required deep expertise across mechanical CAD design, fluid dynamics, and embedded systems. We focused heavily on the seamless interaction between the physical dispensing mechanisms and the digital control board to ensure absolute safety and consistency for infant care.

Delivered manufacturing-ready 3D CAD modeling, meticulously detailing internal component placement and the external casing.
Executed custom C-based firmware development to accurately manage solenoid valves, pump timing, and thermal regulation circuits.
Designed a specialized gravity-fed dispensing system that eliminates clogs and reduces user maintenance.
Provided clear, non-technical explanations and comprehensive schematics optimized for stakeholder review and patent submission.