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Selecting the Perfect AFP Robot: Expert Buyer’s Guide

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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

  1. From Concept to Production: Mar-Bal’s Comprehensive Thermosetting Plastics Process
  2. Beam Bending Fundamentals for Advanced Composite Manufacturing
  3. CTS15D Cemented Carbide – Premium Wear-Resistant Material
  4. CTE44A Cemented Carbide – Premium Tungsten Alloy for Wear Protection
  5. VESTALITE® P 311: High‑Performance Polyurethane Resin for Fast‑Curing Prepregs
  6. KCR06 Cemented Carbide – High-Performance Wear-Resistant Material
  7. RT504F Phenolic Composite Tube – Superior Heat & Chemical Resistance
  8. NP510A Epoxy Composite Sheet – High-Performance FR‑4 Grade Material
  9. T300 Carbon Fiber Sheet – 68% Carbon Fiber, 240 GPa Modulus, 3400 MPa Strength
  10. CTS12D: Advanced Composite Material for Precision Machining