MXT – Capital-Efficient Cyber-Physical Product Development
Delivered three production-capable prototypes under ~$120K total development budget; established financially disciplined engineering framework supporting scalable manufacturing decisions.
Challenge
Design and deliver a production-capable electromechanical injection platform integrating mechanical systems, embedded firmware, control logic, and reporting — under strict capital constraints and accelerated timelines. The system required adaptive pressure control, dosage precision, leak prevention, and design-for-manufacturability from day one.
Solution
Optimal Flows led full product architecture and systems integration from concept to three functional production-grade prototypes in approximately four months. The engagement included system architecture definition, control logic design, firmware-mechanical integration, vendor coordination, and design-for-manufacturability trade-offs. Structured cost tracking and integrated NPV/ROI modeling aligned engineering trade-offs with long-term unit economics and capital efficiency — ensuring the design scaled beyond prototype stage.