Mission
Our mission is to scale M˚Pulse as a patented hybrid yarn architecture for intelligent textiles, reducing fiber shedding, increasing durability, and enabling IoT-ready materials from the yarn origin.
By engineering how natural, artificial, bio-synthetic, and functional materials interact, M˚Pulse creates comfortable, longer-lasting textiles that can connect with hardware and software intelligence for sensing, data, authentication, and performance monitoring.
Our Story
Our story begins in 1995 with Antonio Marin, a chemical engineer specialized in textiles, yarn structures, and innovative fabrics. He built his career through technical expertise, discipline, and a deep passion for innovation.
Antonio introduced the Marin family to the textile industry, teaching that every yarn carries science, purpose, and the potential for transformation.
Decades later, his son, Fernando Marin, a textile technologist, continued this legacy with a forward-looking vision. Combining industrial experience, material research, and a new understanding of textile performance, Fernando created M˚Pulse: a patented hybrid yarn architecture technology designed to reduce fiber shedding, increase durability, and move beyond conventional intimate fiber blends.
From father to son, our journey connects tradition and technology, nature and performance, research and creation.
Today, through MPulse and its product families, including BioCell and LoopCell, we design hybrid yarns and textile structures with millions of possible combinations, adaptable to different climates, functions, and performance requirements.
Our innovation continues to grow through ongoing research, scientific responsibility, and the trust of our partners.
MPulse is the result of a family legacy transformed into a new textile technology platform for a lower-shedding future.
With granted patents, technical know-how, and validated market applications, MPulse is positioned as a pioneer in hybrid yarn architecture and intelligent textile systems.
Our proprietary methodology connects technology, sustainability, material intelligence, and IoT potential from the yarn level, where textile performance truly begins.
By combining materials such as graphene, vegetal carbon, bio-based filaments, conductive structures, and functional fibers, MPulse creates new possibilities for performance textiles, smart materials, and IoT-connected applications.
The MPulse platform enables textiles that can interact with hardware and software systems for sensing, data reading, authentication, exposure tracking, performance monitoring, and cyber-physical trust.
MPulse is more than a yarn technology. It is a material architecture platform for lower-shedding, longer-lasting, circular, and intelligent textile systems.
