Additive Manufacturing's $16 Billion Year: What the Recovery Data Reveals

The global additive manufacturing market reached $16 billion in 2025 — but the headline number obscures a more important split. The first half of the year looked like a continuation of the sluggish growth that defined 2023 and 2024. The second half looked like a turning point.

AM Research’s analysis, covered by 3DPrint.com, puts overall growth at just over 10% year over year, with Q3 at $4 billion and Q4 climbing to $4.26 billion. The sequential acceleration in the back half of 2025 is the signal worth tracking — not the annual total.

Context

Additive manufacturing went through a notable hangover period from roughly mid-2022 through 2024. The industry had grown quickly off a base of pandemic-era supply chain attention, then ran into headwinds: overcapacity in hardware, softening demand for industrial systems, and a difficult funding environment for AM-focused companies. Several firms exited the market in 2025, and AM Research’s EVP Scott Dunham expects more consolidation in 2026.

The $16B figure is also not universally agreed upon. Wohlers Associates pegged the global AM market at $24.2 billion for 2025 using a broader definition that includes software and adjacent services. AMPOWER’s European-focused industrial estimate came in around €11.3 billion. CONTEXT, which focuses on hardware shipments, saw approximately 5% growth in Q3 2025. The methodologies differ significantly — bottom-up vendor tracking versus top-down total addressable market — and both are legitimate depending on what question you’re asking.

The Detail

Within AM Research’s $16B figure, the market segments break down as follows:

• Polymer AM: $9.79 billion
• Metal AM: $6.27 billion
• AM Services: $8.53 billion

Services are expected to become the largest segment over time as more companies shift from in-house production to outsourced manufacturing. That trend mirrors broader shifts in industrial production: the capital intensity of owning and operating AM equipment at scale pushes mid-market buyers toward service providers rather than equipment purchases.

Metal AM is where the most strategically significant growth is occurring. Three application sectors stand out: medical (implants, surgical instruments), space (rocket engine components), and defense and maritime. Space is particularly notable — AM Research expects rocket engine applications to become one of the highest-value AM segments over the next decade, driven by the economics of low-volume, high-complexity parts that are difficult or impossible to manufacture conventionally. Earlier analysis on how space applications are reshaping AM priorities is available at USS Washington: 3D-Printed Submarine Components and Defense Manufacturing.

Polymer AM continues to dominate by volume, particularly in desktop and benchtop systems. The entry-level segment showed strong demand in 2025, consistent with what CONTEXT observed in hardware shipments. Higher-end industrial polymer systems remained under pressure, reflecting the continued reluctance of mid-market industrial buyers to commit capital during an uncertain macro environment.

The consolidation dynamic Dunham describes — “the industry is still carrying too much weight competitively” — is a structural condition, not a cycle. Some of the hardware vendors that entered the market between 2018 and 2022 are not positioned to survive a rationalized competitive environment. The companies exiting now are clearing space for the ones with genuine differentiation in materials science, software integration, or application-specific hardware.

Source: 3DPrint.com

Content created with AI assistance and reviewed for accuracy.