About this book:

Additive manufacturing has evolved from a prototyping novelty to a viable production method, offering a strategic "additive edge" that compresses lead times, enables geometric complexity, and transforms tooling and supply‑chain economics. The book surveys the full technology landscape—polymers (vat photopolymerization, material extrusion, powder‑bed fusion, binder jetting), metals (laser and electron‑beam powder bed fusion, directed energy deposition, binder jetting), and composites—and explains how to match part requirements to the appropriate AM modality. Core to successful implementation is Design for Additive Manufacturing (DfAM), which leverages topology optimization, lattice structures, part consolidation, conformal cooling, and support‑aware strategies to reduce weight, material use, and assembly steps while unlocking performance gains unattainable with traditional processes.

Production‑grade outcomes depend on mastering tolerances, surface finish, and geometric accuracy, necessitating thoughtful build orientation, process control, and often hybrid workflows that combine near‑net AM with precision CNC machining. Post‑processing at scale—support removal, cleaning, heat treatment, HIP, and surface finishing—is critical for achieving functional parts, and automation of these steps is a key enabler of throughput. Quality assurance integrates in‑process monitoring, non‑destructive evaluation (X‑ray CT, ultrasonic testing), statistical process control, and rigorous traceability, while qualification and certification follow material, machine, and process qualification pathways aligned with aerospace, medical, automotive, and industry standards. Cost modeling compares total landed cost, break‑even volume, machine utilization, and hybrid approaches to determine when additive manufacturing outperforms molding, machining, or casting.

Beyond the part, additive manufacturing reshapes supply chains through digital inventory, on‑demand spares, distributed manufacturing, and resilient networks, supporting mass customization, localized production, and rapid response to disruptions. Sustainability is examined via lifecycle assessment, highlighting material‑efficiency, lightweighting, and circular‑economy opportunities while accounting for energy‑intensive builds and post‑processing. The book details emerging business models (make‑buy decisions, partnerships, manufacturing‑as‑a‑service, product‑as‑a‑service), workforce development, safety protocols, and real‑world case studies across automotive, aerospace, medical, and consumer sectors. Finally, it provides a phased roadmap—strategic assessment, technology and workforce selection, pilot production, workflow integration, quality assurance, and progressive scaling—to help factories implement and scale additive manufacturing for measurable business results.

What You'll Find Inside:

• Learn how to select the optimal additive manufacturing process for production parts by evaluating material requirements, geometric complexity, accuracy needs, and economic factors across polymer, metal, and composite technologies.
• Master Design for Additive Manufacturing (DfAM) strategies including part consolidation, lattice structures, topology optimization, and design for post-processing to unlock lightweighting, complexity-for-free, and assembly simplification.
• Discover how to build a scalable additive manufacturing workflow integrating digital thread (CAD/PLM/data standards), hybrid print-machine approaches, and automated post-processing for consistent quality at volume production scales.
• Understand practical cost modeling techniques including break-even analysis, total cost of ownership, and ROI calculations to determine when additive manufacturing delivers economic advantages over traditional methods.
• Explore how additive manufacturing transforms supply chains through digital inventory, on-demand spares, distributed production, and mass customization while addressing sustainability, qualification standards, and workforce development.

Who's It For:

This book is designed for manufacturing engineers, production managers, supply chain professionals, and industrial leaders who are implementing or scaling additive manufacturing in volume production environments. It provides actionable guidance for those needing to make strategic decisions about when to print, how to qualify processes, and how to build an additive-enabled factory that delivers measurable business results across automotive, aerospace, medical, and consumer goods industries.