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Unveiling Carbon Fiber’s Sustainability Paradox: How Scrap Reduction Drives Environmental Efficiency

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Pravin Luthada

CEO & Co-founder, Addcomposites

About Author

As the author of the Addcomposites blog, Pravin Luthada's insights are forged from a distinguished career in advanced materials, beginning as a space scientist at the Indian Space Research Organisation (ISRO). During his tenure, he gained hands-on expertise in manufacturing composite components for satellites and launch vehicles, where he witnessed firsthand the prohibitive costs of traditional Automated Fiber Placement (AFP) systems. This experience became the driving force behind his entrepreneurial venture, Addcomposites Oy, which he co-founded and now leads as CEO. The company is dedicated to democratizing advanced manufacturing by developing patented, plug-and-play AFP toolheads that make automation accessible and affordable. This unique journey from designing space-grade hardware to leading a disruptive technology company provides Pravin with a comprehensive, real-world perspective that informs his writing on the future of the composites industry

Pravin Luthada

CEO & Co-founder, Addcomposites

About Author

As the author of the Addcomposites blog, Pravin Luthada's insights are forged from a distinguished career in advanced materials, beginning as a space scientist at the Indian Space Research Organisation (ISRO). During his tenure, he gained hands-on expertise in manufacturing composite components for satellites and launch vehicles, where he witnessed firsthand the prohibitive costs of traditional Automated Fiber Placement (AFP) systems. This experience became the driving force behind his entrepreneurial venture, Addcomposites Oy, which he co-founded and now leads as CEO. The company is dedicated to democratizing advanced manufacturing by developing patented, plug-and-play AFP toolheads that make automation accessible and affordable. This unique journey from designing space-grade hardware to leading a disruptive technology company provides Pravin with a comprehensive, real-world perspective that informs his writing on the future of the composites industry


Composite material

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  2. Single-Molecule Switch Mimics Transistor for Ultra-High Density Computing
  3. W10Cu Tungsten‑Copper Composite: Superior Thermal & Electrical Performance
  4. Explore Mold Surface Textures for Superior Injection Molding Quality
  5. Phenolic RT628 Tube: High-Performance, Low Moisture, NEMA-Compliant Material
  6. High-Performance Epoxy RM326 Rods – Durable, Strong, and Precision Molded
  7. GNPPCK-a: Premium Fused Calcia‑Stabilized Zirconia for Advanced Ceramic Applications
  8. Key Qualities and Properties of High-Performance Building Stones
  9. Premium Densimet® D2M Tungsten Heavy Alloy Rod – Ultra-High Density, Precision Turned
  10. High-Performance Fused Calcia-Stabilized Zirconia (PCD) – Advanced Ceramic Material