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cbdesignr

Felix Richter

@cbdesignr

Industrial Design Expert

Germany
German, Spanish, English, French
About me
I provide elite Industrial Design, 3D CAD Modeling, and Mechanical Engineering for startups and brands. With a Master’s from the Technical University of Munich, I apply rigorous DFM principles to transform your vision into reality. I engineer functional, scalable products optimized for injection molding, CNC, and 3D printing using SolidWorks and Fusion 360. From initial concept to factory-ready technical drawings and complex assemblies, I ensure a seamless, cost-effective manufacturing process. Partner with me for German-standard quality. Let’s build the future. ... Read more

Skills

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cbdesignr
Felix Richter
Offline • 

See my services

Full Design Process
I will do industrial electronic product design, pcb enclosure and 3d modeling
From$40 / projectMore details
Concept Development
I will develop your industrial product design and create 3d cad prototype files
From$35 / projectMore details

Work experience

Kin_Learning

Senior Product Designer & Lead Mechanical Engineer

Kin Learning • Freelance

Jul 2026 - Aug 2026 • 1 mo

I led the end-to-end development of a high-precision, IoT-integrated automated laboratory dispensing system for a Tier-1 medical research facility. My role involved translating a complex conceptual brief into a fully functional, manufacturing-ready assembly consisting of over 120 unique mechanical components. I utilized SolidWorks for advanced 3D CAD Modeling, ensuring every part adhered to strict Design for Manufacturing (DFM) and Design for Assembly (DFA) protocols to minimize production costs and assembly time. This project required extensive Mechanism Simulation to verify torque requirements and structural integrity under continuous load. I delivered a comprehensive package including high-fidelity photorealistic renders for stakeholder approval, detailed ISO-standard Technical Drawings for the machine shop, and a full Bill of Materials (BOM) for procurement. The final product was successfully prototyped via CNC machining and is currently in the pilot production phase, resulting in a 15% increase in dispensing efficiency compared to previous iterations.