Minimal Mechanical Changes: Needed to upgrade aesthetics and functionality without modifying the internal system architecture.

Global Scalability: Adapt the product to meet international standards and market needs.

Enhanced User Experience: Improve ergonomics and usability for clinicians.

Regulatory Compliance: Meet FDA 510(k), 21 CFR 820.30, and ISO 13485 requirements.

Design Constraints: Integrate a new, polished exterior over an existing mechanical substructure.

Secure System Design: Protect treatment data and prevent unauthorized system access.

Manufacturing Transition: Shift from NPI to scalable manufacturing while managing supply chain complexities.

Industrial Design Integration: Developed an attractive, brand-consistent design while preserving the internal structure.

User and Market Research: Conducted interviews and research to inform ergonomic and aesthetic decisions.

Ergonomic Improvements: Enhanced handpiece design and device mobility for operator comfort.

Engineering Enhancements:

• Refined thermoelectric cooling system for precise treatment control.

• Modular design for easy servicing and reduced downtime.

• Updated GUI for intuitive user interaction.

• EMI/EMC compliance for US and China markets.

Collaborative Development: Maintained constant feedback loops between designers, engineers, and stakeholders.

Global Manufacturing Strategy: Supported scalable production with consideration of sites like Costa Rica.